![]() Each single IP you set for a container must exist in the list of IP Addresses of the Adapter. Repeat this process for every IP you intend to use. The Subnet mask should autofill as soon as you click on it, based on the IP address you’ve entered (of course, you can change it if needed). Make sure the DNS is also valid so the container will be able to resolve domains on the Webĥ ) Once set, click Advanced, then click on Add and then enter the IP you want to include in the list. ![]() Here how to do it:ġ ) Go to Control Panel -> Network and Internet -> Network ConnectionsĢ ) Right Click on vEthernet (DockerNAT) and select Propertiesģ ) Select Internet Protocol Version 4(TCP/IPv4) and click PropertiesĤ ) Give to the adapter a static IP address that is valid on your current real network. Basically, every time you want to set a container to respond from your custom network, using a custom IP, the specific IP address must exist in the Docker Network Adapter, commonly named as vEthernet (DockerNAT). To connect the newly created Docker Bridge in Windows is simpler than you may think. It will be there, but will behave as a NIC without a cable connected to it (no communication in any direction). In Windows, however, it simply is not possible because the Hyper-V doesn’t offer Bridged option for Linux containers, which simply mutes the Bridge element created by docker network command. It will define your container as part of the network and set it to use the specified IP address, allowing you to create and simulate process isolation, test intra-network processes, use custom local domains via host file, etc.). Once you do that in Linux, your new network is automatically bridged to your NIC, allowing you to create any container with the keywords “ -network mynet -ip 172.168.0.1” (where IP can be any IP in the range of the network you created). Example:ĭocker network create -d bridge -subnet 172.168.0.0/16 mynet Here is how to do it right: First, create a custom network on Docker exactly as if you were doing it on Linux. What I am saying is that there is a much simpler way to use a “bridged” networked container (Linux type) in Windows without any “ dirty trick”, “ special driver” or “ hack” as many crazy answers I found suggested. It is merely a matter of Windows settings. First I thought Docker should have a configuration for it or a different process to create and use custom networks on Windows, but the truth is that Docker has nothing to do with this issue. Incredibly, I could not find any answer of how to do it anywhere on the web.
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