MakeMKV carries out a conversion task pretty fast and without errors, delivering quality video. When it comes to program preferences, you can modify the minimum title length (in seconds), set the read retry count and buffer size (MB), choose another UI language, enable UPnP, as well as log debug messages, among others. It is possible to establish the output directory, and select individual DVD chapters, in order to proceed with the conversion job in a straightforward manner.
MAKEMKV 1.9.10 REGISTRATION KEY ISO
Once it finishes, you can check out the interface, which is made from a regular window with simple layout, where you can select a DVD drive from a drop-down list, or use a file browser to locate DVD video, Blu-ray, HD-DVD, ISO or MKV files. The setup procedure is rapid and uneventful, and it doesn’t require special input from the user. It does not integrate too many settings, so it can be used even by less experienced individuals. Success!Ĭurrent rating: average rating: 2.MakeMKV is a small but effective application that facilitates video conversion from DVD movies and other file types to the MKV format. Start OpenVPN on the server and the client, and check the devices with ifconfig and the routes with route -n. The route command would need to set the client's gateway for the network 192.168.1.0 to its peer's address (172.16.1.1 in our setup).Ĭode Listing 7: /etc/openvpn/myhomelan/route.sh Up /etc/openvpn/myhomelan/route.sh // sets up the route server's external IP if you have a fixed one You can call a shell script from the configuration file that accordingly sets a route.Ĭode Listing 6: Client-side configuration file /etc/openvpn/myhomelan/nf You also need to route to your home LAN (192.168.1.0 in our example). This is often a dynamic DNS address, sometimes a fixed IP, depending on your ISP.
The client's configuration needs the tunnel's destination address. Secret /etc/openvpn/myhomelan/myhomelan-key.txt Finally privileges are dropped to user and group as listed:Ĭode Listing 5: Server-side configuration file /etc/openvpn/myhomelan/nf The configuration files shown below list the type of device, the two end-points of the tunnel, the compression method and the UDP-port on which the tunnel is established. It is important that the two tun devices on the client and server use IP addresses from the same subnet.
Openvpn -genkey -secret myhomelan-key.txt Inside that directory, create a shared key for your VPN session and copy that key to the client's directory, /etc/openvpn/myhomelan. Now on both server and client, create a directory for your configuration:
MAKEMKV 1.9.10 REGISTRATION KEY INSTALL
Next, install OpenVPN and it dependencies. Make sure this module exists and can be loaded. EQL (serial line load balancing) support To enable this, either your firewall or a server behind it should run OpenVPN (if you choose a server in your LAN, you'll have to forward the destination port to the OpenVPN server).Ĭode Listing 1: Enable the tun module in your kernel: Kernel config - tun module Naturally you then have the possibility of forwarding traffic into the networks behind them, and thus would be "virtually connected" to your LAN behind the firewall. OpenVPN can create two virtual devices for you when connecting two computers through an encrypted tunnel. You connect from work or school and want to read mail. Let's say your mail-server is 192.168.1.10 in your LAN (192.168.1.0/24) at home, and you have got a router/firewall providing access to the Internet.
An example: you'd like to connect your laptop to your LAN at home so that you can use your mail client without reconfiguring it anytime you switch from home to internet and back. One easy implementation is the "OpenVPN via tun-device" solution. There are as many advantages to VPN tunnels as there are different VPN scenarios. You are here: Tutorials per portage category-> net-misc-> openvpn
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