On February 22nd Microsoft released version 1.0.11 of the RD Web Client (also known as the HTML5 client). Here are the features that were added to this version.
RD Gateway is no longer required
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Previous versions of the RD Web Client required using RD Gateway in the deployment. For internet facing scenarios this makes sense. (We also advise to add RD Gateway to every deployment to add an additional layer of security.) But there are also times when RD Gateway is not needed, for example, if users are local to the deployment. This latest version of the HTML5 Client does not require RD Gateway. Below are a couple of screenshots that show this in action.
Note: This feature is only available for deployments based on a Windows Server 2019 RD Connection Broker and a Windows Server 2019 RD Session Host.
To configure your remote PC before accessing it remotely, see Allow access to your PC. Remote Desktop client URI scheme. You can integrate features of Remote Desktop clients across platforms by enabling a Uniform Resource Identifier (URI) scheme. Learn about the supported URI attributes that you can use with the iOS, Mac, and Android clients.
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Mar 07, 2019 Now the installer files can be downloaded and copied to various RD Web Access servers; no internet connection required for setup. The RD Web Client can now also be used internally by clients that do not have direct internet access. More Information For more information on how to set up RD Web Client follow this link.
Extra Configuration
If you are working on an all-in-one deployment (all roles are located on the same server) then you do not have to do anything to make this work. However, if you have your roles separated, or you have an highly available deployment you will need to
Bind your SSL certificate to port 3392 on the RD Connection Broker(s) and the RD Session Hosts
Change the listener to listen on port 3392 on Connection Broker(s) and the RD Session Hosts
This article outlines the steps in the section called: “Connecting to RD Broker without RD Gateway in Windows Server 2019”. Some other things to note:
If you are load balancing RD Connection Broker servers to make that role highly available, you need to open port 3392 on the load balancer(s).
Local users will need access to RD Connection Broker and RD Session Hosts over port 3392 so adjust your firewalls accordingly if needed.
Our Testing
In our testing we got inconsistent results. It worked in one environment and not in another. We are working with the Microsoft RDS Team now and will post as soon as we get resolution!
Feeds now sorted alphabetically
The user feed is now sorted alphabetically (RemoteApps first and full desktops second). This provides a more intuitive user experience.
No need for internet access
This was added in a previous release (version 1.0.7) but its worth a mention here. In previous versions, the installer could only be run directly from the RD Web Access server and it needed internet access during the installation. Now the installer files can be downloaded and copied to various RD Web Access servers; no internet connection required for setup. The RD Web Client can now also be used internally by clients that do not have direct internet access.
More Information
For more information on how to set up RD Web Client follow this link: https://docs.microsoft.com/en-us/windows-server/remote/remote-desktop-services/clients/remote-desktop-web-client-adminFor more information on release information per RD Web Client Version, follow this link: https://docs.microsoft.com/en-us/windows-server/remote/remote-desktop-services/clients/web-client-whatsnew
The Domain Name System, or DNS, as it’s more commonly known, translates or converts domain names into the IP addresses associated with that domain. DNS is the reason you are able to find your favorite website by name instead of typing an IP address into your browser. This guide shows you how to configure a Master DNS system and one client.
Here are system details for the example used in this article:
DNS server configuration
Install the bind packages using sudo:
The /etc/named.conf configuration file is provided by the bind package to allow you to configure the DNS server.
Edit the /etc/named.conf file:
Look for the following line:
Add the IP address of your Master DNS server as follows:
Look for the next line:
Add your local network range. The example system uses IP addresses in the 192.168.1.X range. This is specified as follows:
Specify a forward and reverse zone. Zone files are simply text files that have the DNS information, such as IP addresses and host-names, on your system. The forward zone file makes it possible for the translation of a host-name to its IP address. The reverse zone file does the opposite. It allows a remote system to translate an IP address to the host name.
Look for the following line at the bottom of the /etc/named.conf file:
Here, you’ll specify the zone file information directly above that line as follows:
The forward.fedora.local and the file reverse.fedora.local are just the names of the zone files you will be creating. They can be called anything you like.
Save and exit.
Create the zone files
Rd Client Setup
Create the forward and reverse zone files you specified in the /etc/named.conf file:
Add the following lines:
Everything in bold is specific to your environment. Save the file and exit. Next, edit the reverse.fedora.local file:
Add the following lines:
Everything in bold is also specific to your environment. Save the file and exit.
You’ll also need to configure SELinux and add the correct ownership for the configuration files.
Configure the firewall:
Check the configuration for any syntax errors
Your configuration is valid if no output or errors are returned.
Check the forward and reverse zone files.
You should see a response of OK:
Enable and start the DNS service
Configuring the resolv.conf file
Edit the /etc/resolv.conf file:
Look for your current name server line or lines. On the example system, a cable modem/router is serving as the name server and so it currently looks like this:
This needs to be changed to the IP address of the Master DNS server:
Save your changes and exit.
Unfortunately there is one caveat to be aware of. NetworkManager overwrites the /etc/resolv.conf file if the system is rebooted or networking gets restarted. This means you will lose all of the changes that you made.
To prevent this from happening, make /etc/resolv.conf immutable:
If you want to set it back and allow it to be overwritten again:
Testing the DNS server
There are a few things to look at to verify that the DNS server is working correctly. Obviously getting the results back are important, but that by itself doesn’t mean the DNS server is actually doing the work.
The QUERY, ANSWER, and AUTHORITY fields at the top should show non-zero as it in does in our example:
And the SERVER field should have the IP address of your DNS server:
In case this is the first time you’ve run the dig command, notice how it took 830 milliseconds for the query to complete:
If you run it again, the query will run much quicker:
Client configuration
The client configuration will be a lot simpler.
Install the bind utilities:
Edit the /etc/resolv.conf file and configure the Master DNS as the only name server:
This is how it should look:
Save your changes and exit. Then, make the /etc/resolv.conf file immutable to prevent it from be overwritten and going back to its default settings:
Rd Client Download For Mac
Testing the client
You should get the same results as you did from the DNS server:
Make sure the SERVER output has the IP Address of your DNS server.
Rd Client Setup Iphone
Your DNS server is now ready to use and all requests from the client should be going through your DNS server now!