Right click on the “Personal” folder and in the context menu select “All Tasks -> Request New Certificate”. The Certificates snap-in opens in the console. On the snap-ins window, click OK to close it: Select “Local computer” and click “Finish”: On the next page of the dialog, select “Computer account” and click “Next”: In the list of available snap-ins, select “Certificates”, then click the “Add” button in the middle to bring Certificates into the list of selected snap-ins on the right: When the console opens, from the File menu select “Add/Remove Snap-in”: In the search box at the bottom left, type in “mmc” and click on the search result to open the management console: Let’s start by installing the SSL certificate that will be used to encrypt traffic to the website, enabling our site to use https. In my case, it’s a Windows Server 2016 virtual machine called “Web2”, running locally on Hyper-V in my test lab where it’s joined to a domain called “” – which was created by installing Active Directory Domain Services on a seperate VM and joining this Web Server VM to the network. Navigate to the server where you have IIS installed and where you want to deploy the application. I won’t cover how to install and configure ADCS – but there are plenty of resources on the web. This post assumes that you’re working in a lab environment with ADCS installed, so I’ll walk you through the steps of generating the web server certificate. You have installed Active Directory Certificate Services (ADCS) and will be creating a certificate for the web server using this certificate infrastructure.You have a valid SSL certificate, configured for the domain name you wish use for the deployed application, OR.You have installed the Web Role on your Windows Server 2016 in order to enable IIS.This post will describe how to deploy the application to an IIS server. If you want to create the ADFS claims app from scratch and see how to configure the Relying Party in ADFS, you can view my blog post here. If you don’t have a Pluralsight subscription you can access the course through a free trial here: Start a 10-day free trial at Pluralsight – Over 5,000 Courses Available Click Publish and Visual Studio deploys your web app to the specified IIS server.In my Pluralsight course “ Implementing Windows Server 2016 Identity Federation and Access“, I use a sample application as a relying party that leverages ADFS for it’s authentication. Next, you see the summary page for the new publish profile that you just created using the Publish wizard. to open a Select Package Location dialog box and enter the path to where you want the package to be created, including the. Pick the desired deployment mode (if you're unsure, use the default).Ĭlick Browse. (To get back to the Publish wizard just click New in the summary page.) Publish your web app to Web Server (IIS) The next time you right-click and publish, Visual Studio opens this summary page. You can come back to this summary page after you close it. Click Publish and Visual Studio deploys your web app to the provided FTP or FTPS Server. Provide the necessary connection details and choose Finish. You can publish your web app using FTP or FTPS. (To get back to the Publish wizard just click New in the summary page.) Publish your web app to an FTP/FTPS server Next time you right-click and choose Publish, Visual Studio opens this summary page. Click Publish and Visual Studio deploys your web app to the provided path. You can publish your web app to both local and network folders.įirst, provide the path and click Finish to complete the Publish wizard. The above screenshot is showing a publish profile targeting Azure Docker Registry, but the same Publish button is available for all three Docker Container Registry options.
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