![]() ![]() Details here:įirst of all, install the “ACME client”, certbot on Ubuntu: Under the typical use, the process is fully automated. It’s designed to release free digital certificates to allow HTTPS on websites. It is a service provided by the Internet Security Research Group (ISRG). Let’s Encrypt is a free and automated certification authority. Proxy_set_header X-Forwarded-For $proxy_add_x_forwarded_for The section “location /.well-known” is required by Let’s Encrypt client (see the following paragraph). With few lines, it’s possible to setup reverse proxy, mapping a hostname with an existing web site. NGINX comes with powerful reverse-proxy capability. Index index.html index.htm Īfter editing the configuration file, let NGINX to reload it: Ssl_certificate_key /etc/ssl/private/nginx-selfsigned.key Ssl_certificate /etc/ssl/certs/nginx-selfsigned.crt Use the following “server” section to create a default web site listening on port 80 and 443: The simpler is to edit directly the default configuration file: NGINX configuration can be done with different approaches. Sudo openssl req -x509 -nodes -days 365 -newkey rsa:2048 -keyout /etc/ssl/private/nginx-selfsigned.key -out /etc/ssl/certs/nginx-selfsigned.crt To verify the installation:īefore configuring NGINX, create a self-signed SSL certificate to assign as default certificate to the default server (enter the required information using dummy values like “myserver”, “myorg”, etc.): The installation of NGINX is very fast and easy: Use a “CNAME record” on your DNS:ĬNAME record: .com ![]() įor my tests, I used a A0-Basic Virtual machine (1 core, 0.75 GB RAM)Īfter installing the Ubuntu 16.10 virtual machine, point your hostname DNS entry to the hostname assigned to the virtual machine. If you want to expose one or more Free or Shared web sites on a custom hostnames and through HTTPS, there is a solution: create a small Linux virtual machine, install NGINX, run it as a reverse proxy and “map” a web site ti a different hostname and assign an SSL certificates from Let’s Encrypt. The full features start with the Standard tier. The upper level, the Shared tier, has more CPU power and memory, allows to assign a custom hostname but HTTPS cannot be activated. In particular, you cannot assign a custom hostname under your domain () and cannot assign a certificate for activating https. This would cause xx. to fail to show any site at all but I think that might be what you want to do anyway.Experiment: how to assign a domain name and activate HTTPS on a Free or Shared Azure web siteĪzure Free Web Site are great for low traffic site but have too many limitations. I suspect what you've done is assign all incoming requests to the only IP address on the system, which is why the xx. is showing your app and the cert is failing. The other option is to leave it out entirely and simply use the Host Header resolution to filter out requests for your site. Don't bind the SSL port to this site or you'll run into SSL errors like you showed above. If that URL is recognized, do a redirect using the HTTP redirect settings to the https version of your app. What I would do is set up a site in IIS that uses Host Header resolution to look for xx. There's a few different options here but it sounds like what you're looking for is just the ability to prevent someone from viewing the application using that URL. ie: In your application, check the host and if it's, do a URL redirect. It seems really silly that people are saying this isn't the right place for this question, since some of the solutions could be code related. ![]()
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