(used by the Visual Studio Emulator for Android and the Windows Phone. With custom Java JDK and Android SDK installation. Spen SDK - Android Apps on Google Play Sdk tools package free download. Development Tools downloads - Android SDK Tools by Google and many more programs are available for instant and free download. I checked for updates in visual studio and found that Cordova tools for visual studio update 3 was available to I installed and that worked like a charm for me. So my suggestion to update Cordova tools update 3 if you are using it on Windows 10.

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C# Aws Sdk

The AWS Toolkit for Visual Studio is available as a free download (msi file) from the AWS site and includes the AWS SDK for.NET, AWS Explorer, and AWS CloudFormation Deployment. After the add-in. I'm trying to understand the workflow for including the aws-sdk-c++ in a small example command line app in Xcode 8.3.3 (8E3004b) on macOS 10.12.6 (16G29). I've followed the directions posted here. The Visual studio Toolkit can be downloaded from here: Visual Studio Toolkit. When reading this prior to the installation, you will see that there is a part there about AWS access credentials. I recommend setting up a IAm user in the web console first and use that username (with its access key and secret access key) in application development.

The GA version of AWS Toolkit for Visual Studio 2017 has been released to the Visual Studio Marketplace

Original Post

Today we released a preview of our AWS Toolkit for Visual Studio that includes support for the release candidate (RC) version of Visual Studio 2017. Because this Visual Studio release contains some significant changes for extension developers, we're making this preview available in advance of the formal release. We highly encourage you to pass along feedback about any issues you find or whether you were successful using the preview by commenting on this GitHub issue.

AWS Lambda .NET Core Support

Visual Studio 2017 also contains support for the new MSBuild project system for .NET Core projects. With this preview of the toolkit, we've updated the .NET Core Lambda support to use the new build system. For existing Lambda projects based on the Visual Studio 2015 project.json-based build system, Visual Studio 2017 offers to migrate them to the new build system when you open the projects.

Downloading and Installing the Preview

The AWS Toolkit for Visual Studio contains MSBuild target files for AWS CloudFormation projects. In previous releases of Visual Studio, you had to install these files and dependencies for an extension outside of the Visual Studio folder hierarchy. This required us to use a Windows Installer to install the toolkit. Starting with Visual Studio 2017, these MSBuild extensions exist within the Visual Studio folder hierarchy and can be installed from the VSIX extension package without an installer. As the installer technology we use doesn't yet support Visual Studio 2017, we've decided to distribute the preview as a VSIX file only.

To install the preview

Download the VSIX file from the preview link
Double-click the VSIX file. This launches the VSIX Installer process, as shown.

After the installer finishes, the toolkit functions as it has in previous versions of Visual Studio.

This post explains how to quickly and easily get a MVC web application from Visual Studio into AWS. The AWS website covers most of this, but the information is spread out and not necessarily written with a .NET developer in mind.

Getting ready

Setup Amazon account https://aws.amazon.com
Setup a key-pair for whatever region you want to use (AWS Management Console: EC2 dashboard, select region, choose Key Pairs and create. Save the private key!).
Install AWS SDK: http://aws.amazon.com/sdk-for-net/
Install AWS toolkit for Visual Studio: http://aws.amazon.com/visualstudio/

Wait, am I going to get billed for this? No, not if you stick to the 'Free Tier' offerings. This means using the 'micro' sized servers and not doing significant file or network operations.

Building the Application

Get started by opening Visual Studio and creating the web project to deploy. Your first instinct is probably to use the installed template 'AWS Web Project.' This is fine, but, it's a web forms project. Chances are that you would prefer MVC. So instead, create a regular Web Application with MVC.

There are three things to do if you are not using the AWS template:

If you plan on using the AWS API, you will need to add two appSettings to your web.config:

Ensure that any referenced assemblies that will not be present by default on the target server are set to 'Copy Local = 'True' This applies to System.Web.Mvc, System.Web.Razor, and any others not part of the basic framework. This should be done be default, but check anyways.
Again, if you plan on using the AWS API, you need to add the 'AWS SDK for .NET' NuGet package to the project itself.

Make any changes you want to the app and ensure that it runs locally.

Deploying to AWS

Backing up for a moment, here are the general options for getting your code into AWS.

Standalone deployment tool: This basically does deployment through scripts. It can be useful for integrating with build definitions, etc. Check it out here.
Using AWS Management Console (Elastic Beanstalk, OPS Works, etc.)
Use AWS Management Console to create a virtual server (EC2 instance) then RDP to it and copy files to IIS directory.
Using Visual Studio tools.

This article focuses on using the Visual Studio tools.

Visual Studio on a Mac: The Best of Both Worlds With these tweaks, I’ve come to love using Visual Studio on a Mac. The performance is good, and by running Windows in a virtual machine, I get the best of both OS worlds. When the Parallels Tools for Parallels Desktop Pro Edition are installed in Windows, a Visual Studio plug-in, VMDebugHelper.vsix, is placed in the DevTools folder in the Parallels Tools folder in Windows. Visual studio installed in parallel for mac. Recently, Tim Goldstein, a leading business intelligence analyst, database architect, and senior developer specializing in the Microsoft SQL server tool set, implemented a more agile development process with Parallels Desktop for Mac.

Deploying with Visual Studio

First, in VS go to View - AWS Explorer. This is a tool very much like the web based AWS Management Console. Keep that open on the side.

Right click on project and choose 'Publish to AWS.'

A wizard will launch that gives you three options for deploying:

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I'll spend some time explaining the differences. First, it's easier to think of this as being two options: Elastic Beanstalk or Cloud Formation (the last two options are just variations of Cloud Formation options).

Without going into too much detail, the differences between the two are:

Cloud Formation is a toolset in AWS that lets you define resources to provision in a JSON template file. You can create a template file that says, for example: 'Deploy two Windows 2012 servers on a private subnet behind a load balancer.' Then, you upload this file to AWS and AWS handles provisioning and configuration. There is a learning curve here. Thankfully, the VS toolkit for AWS does all this work for you and will create the template file after you run the wizard.

Elastic Beanstalk is a service intended for developers that provides the simplest path to get custom code into AWS. It's a PaaS offering that ultimately does the same thing as Cloud Formation. It handles all the setup tasks, and provides a basic dashboard to manage and monitor your application. You do sacrifice some things by using this, for example, control of the URL, IIS Settings, difficulty with multiple websites, etc. If you just want to get started quickly and/or have no interest in where your app will live, choose this option.

Choose whichever one you would like. You'll find that there is not much difference when you are just doing a simple website.

If this is your first time, go with Elastic Beanstalk. You can find an explanation of all the configuration options

Get Aws Sdk On Visual Studio For Mac