Debian rtgui setup

It's easy to configure and able to create scheduled backups partial and incremental backups. From the XCache project page: "XCache is a fast, stable PHP opcode cacher that has been tested and is now running on production servers under high load.

Developed in a web based environment, it includes many robust functionalities which are considered part of the extended ERP: procurement and warehouse management, project and service management, production management, and financial management. This feature is only available to subscribers. You can run help to get a full list of commands here. If you actually want to prevent non-root users from configuring iwd, see the directions here.

To connect to a Wi-Fi network in the most typical scenario, first type device list to find the name of your wireless device. We will use wlan0 in this example, but your name may be different, and potentially much longer if your system renames interfaces to a unique name. After you have the device name, run something like station wlan0 scan to have the device scan for networks. You can then list these networks by running station wlan0 get-networks.

After you've found the network you intend to connect to, run station wlan0 connect Router , replacing Router with the name of the network. Put the name of the network in double-quotes if it contains a space.

Note that you can use tab completion to enter the network name, and iwd will even help with the quoting. IWCtl will then prompt you for the passphrase. After being added in this way, IWD will attempt to auto-connect to the network in the future. Try running ping 1. If you can't reach an IP, something's gone horribly wrong when connecting to the network.

The simplest way to accomplish that is It supports systemd-resolved and resolvconf. If unspecified, it uses systemd-resolved. Refer to the IWD. CONF 5 Debugging and Testing To help diagnose problems, run iwd manually as opposed to via systemd with the debug switch: iwd -d. Further reading Keep in mind, this is just covering the most basic of basics for getting online in a completely typical scenario, and it might not apply to you!

For more advanced setups, refer to the help output for IWCtl. As usual,? ArchWiki has excellent documentation of iwd usage and configuration. You must remove network-manager to get wicd to work. Check to see if network-manager is installed and see if, after you installed the driver, your wireless is already working in the notification area of your desktop manager.

You may already be good to go. The resolvconf program addresses this problem. It acts as an intermediary between programs that supply nameserver information e. When resolvconf is properly installed, the resolv. The resolvconf program is generally only necessary when a system has multiple programs that need to dynamically modify the nameserver information. In a simple system where the nameservers do not change often or are only changed by one program, the resolv.

If the resolvconf program is installed, you should not edit the resolv. Enter the IP addresses of the nameservers you need to use after dns-nameservers.

Put all of them on one line separated by spaces. Don't forget the " s " on the end of dns-nameservers. The resolvconf program is a fairly new addition to Debian and many older programs need to be updated or reconfigured to work properly with it. It has lots of information on making other programs get along with resolvconf.

You can get an idea of what NetworkManager thinks the settings should be by executing nm-tool at the command line. You may configure these settings using a GUI by launching nm-connection-editor which currently After launching: Choose a connection from the Wired or Wireless tab and click Edit. The setting you want is supersede domain-name-servers See the dhclient.

Bridging Bridging puts multiple interfaces into the same network segment. This is very popular when connecting a server to multiple switches for high availability or with virtualization.

In the latter case it is usually used to create a bridge in the host eg. The bridge-utils package is required to create bridged interfaces. Example: Connect a server to 2 switches via eth0 and eth1 by defining bridge 0 and give the server an IP address in this subnet: auto br0 iface br0 inet static address Therefore STP must be turned on via an "up" command as shown above. Example: Bridge setup without IP address configuration use "manual" instead of "static" to "forward" an interface to a guest VM.

The static bridge config contains only 1 physical interface. The virtual interface will be added to the bridge when the VM is started. This is usually fine with Cisco Switches, but eg. Juniper switches use the RSTP costs and therefore this may lead to different spanning tree calculations and loop problems. This can be fixed by settings the costs manually, either on the switch or on the server.

Bridging without Switching By default the Linux bridge acts like a switch. This means, it remembers the MAC addresses behind a switch port and if the destination MAC address is known, data packets or only forward to the respective port - otherwise packets will be broadcasted.

In some setups this is bad. For example if the bridge connects 2 trunk interfaces and the same MAC addresses may be seen from both interfaces, depending on the VLAN. YYY, then there is no need to specify the vlan-raw-device, as the raw device can be retrieved from the interface name. Eg: auto eth0. Just config the bridge, and the VLAN interface will be created automatically when creating the bridge, e.

Attaching the physical interface eth0 to a bridge eg.