Volume, device or directory to mount into the container. This option does not share the mount point automatically, it assumes it is shared already! This will prevent the CT or CT’s disk remove/update operation. Sets the protection flag of the container. ![]() Value unmanaged can be used to skip and OS specific setup. This is used to setup configuration inside the container, and corresponds to lxc setup scripts in /usr/share/lxc/config/.nf. Specifies whether a container will be started during system bootup. Name of the network device as seen from inside the container. Whether this interface should be disconnected (like pulling the plug). Use the special syntax STORAGE_ID:SIZE_IN_GiB to allocate a new volume.Ĭontrols whether this interface’s firewall rules should be used.Ī common MAC address with the I/G (Individual/Group) bit not set. Script that will be exectued during various steps in the containers lifetime. Note that this will expose procfs and sysfs contents of the host to the guest. Best used with unprivileged containers with additional id mapping. With access to a loop device, mounting a file can circumvent the mknod permission of the devices cgroup, mounting an NFS file system can block the host’s I/O completely and prevent it from rebooting, etc.Īllow nesting. Note that this can have negative effects on the container’s security. This should be a list of file system types as used with the mount command. This is experimental.Īllow mounting file systems of specific types. This requires a kernel with seccomp trap to user space support (5.3 or newer). Essentially, you can choose between running systemd-networkd or docker.Īllow unprivileged containers to use mknod() to add certain device nodes. This is mostly a workaround for systemd-networkd, as it will treat it as a fatal error when some keyctl() operations are denied by the kernel due to lacking permissions. By default unprivileged containers will see this system call as non-existent. This is required to use docker inside a container. Note that interactions between fuse and the freezer cgroup can potentially cause I/O deadlocks.įor unprivileged containers only: Allow the use of the keyctl() system call. This can break networking under newer (>= v245) systemd-network use.Īllow using fuse file systems in a container. Your can be found on your My Profile page.Mount /sys in unprivileged containers as rw instead of mixed. In order to start your application now, please run the following commands: To configure the application to automatically run when you restart your computer, please run the following command: sudo /sbin/chkconfig boinc-client on Once the EPEL is enabled, install the Linux application by running: sudo yum install boinc-client boinc-manager For example, if you are enabling the EPEL repository for x86_64 Red Hat Enterprise Linux 6, you would run the following command: sudo rpm -Uvh In order to install the Linux application on Fedora-based Linux distributions such as Red Hat Linux, you will first need to enable the Extra Packages for Enterprise Linux repository.įurther information and instructions about this process are available on the Fedora website's page for the Extra Packages for Enterprise Linux. How do I install the Linux application on Red Hat or other Fedora-based distributions? I have installed the recommend version of the BOINC client for Linux, but I cannot get it to run.Why does the Linux version not have a traditional screensaver?.Do you have a startup script for the BOINC client on Linux?. ![]() How do I install the Linux application on Ubuntu or other Debian-based distributions?.How do I install the Linux application on Red Hat or other Fedora-based distributions?.
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