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⏳ @eshanized updated the repository!!!
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@@ -1,3 +1,56 @@
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# SPDX-FileCopyrightText: no
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# SPDX-License-Identifier: CC0-1.0
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#
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# Machine-ID and other random data on the target system.
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#
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# This module can create a number of "random" things on the target:
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# - a systemd machine-id file (hence the name of the Calamares module)
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# with a random UUID.
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# - a dbus machine-id file (or, optionally, link to the one from systemd)
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# - an entropy file
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#
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---
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# Whether to create /etc/machine-id for systemd.
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# The default is *false*.
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systemd: true
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# If systemd is true, the kind of /etc/machine-id to create in the target
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# - uuid (default) generates a UUID
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# - systemd alias of uuid
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# - blank creates the file but leaves it empty at 0 bytes
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# - none alias of blank (use `systemd: false` if you don't want one at all)
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# - literal-uninitialized creates the file and writes the string "uninitialized\n"
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# systemd-style: uuid
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# Whether to create /var/lib/dbus/machine-id for D-Bus.
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# The default is *false*.
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dbus: true
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dbus-symlink: true
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# Whether /var/lib/dbus/machine-id should be a symlink to /etc/machine-id
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# (ignored if dbus is false, or if there is no /etc/machine-id to point to).
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# The default is *false*.
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dbus-symlink: true
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# Copy entropy from the host? If this is set to *true*, then
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# any entropy file listed below will be copied from the host
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# if it exists. Non-existent files will be generated from
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# /dev/urandom . The default is *false*.
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# entropy-copy: false
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# Which files to write (paths in the target). Each of these files is
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# either generated from /dev/urandom or copied from the host, depending
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# on the setting for *entropy-copy*, above.
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# entropy-files:
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# - /var/lib/urandom/random-seed
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# - /var/lib/systemd/random-seed
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# Whether to create an entropy file /var/lib/urandom/random-seed
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#
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# DEPRECATED: list the file in entropy-files instead. If this key
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# exists and is set to *true*, a warning is printed and Calamares
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# behaves as if `/var/lib/urandom/random-seed` is listed in *entropy-files*.
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#
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# entropy: false
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# Whether to create a symlink for D-Bus
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#
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# DEPRECATED: set *dbus-symlink* with the same meaning instead.
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#
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# symlink: false
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@@ -1,3 +1,23 @@
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# SPDX-FileCopyrightText: no
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# SPDX-License-Identifier: CC0-1.0
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#
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# Mount filesystems in the target (generally, before treating the
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# target as a usable chroot / "live" system). Filesystems are
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# automatically mounted from the partitioning module. Filesystems
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# listed here are **extra**. The filesystems listed in *extraMounts*
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# are mounted in all target systems.
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---
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# Extra filesystems to mount. The key's value is a list of entries; each
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# entry has five keys:
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# - device The device node to mount
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# - fs (optional) The filesystem type to use
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# - mountPoint Where to mount the filesystem
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# - options (optional) An array of options to pass to mount
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# - efi (optional) A boolean that when true is only mounted for UEFI installs
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#
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# The device is not mounted if the mountPoint is unset or if the fs is
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# set to unformatted.
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#
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extraMounts:
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- device: proc
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fs: proc
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@@ -19,30 +39,86 @@ extraMounts:
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mountPoint: /sys/firmware/efi/efivars
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efi: true
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# Btrfs subvolumes to create if root filesystem is on btrfs volume.
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# If *mountpoint* is mounted already to another partition, it is ignored.
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# Separate subvolume for swapfile is handled separately and automatically.
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#
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# It is possible to prevent subvolume creation -- this is likely only relevant
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# for the root (/) subvolume -- by giving an empty string as a subvolume
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# name. In this case no subvolume will be created.
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#
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btrfsSubvolumes:
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- mountPoint: /
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subvolume: /@
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# As an alternative:
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#
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# subvolume: ""
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- mountPoint: /home
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subvolume: /@home
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- mountPoint: /root
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subvolume: /@root
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- mountPoint: /srv
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subvolume: /@srv
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- mountPoint: /var/cache
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subvolume: /@cache
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- mountPoint: /var/log
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subvolume: /@log
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- mountPoint: /var/tmp
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subvolume: /@tmp
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# The name of the btrfs subvolume holding the swapfile. This only used when
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# a swapfile is selected and the root filesystem is btrfs
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#
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btrfsSwapSubvol: /@swap
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# The mount options used to mount each filesystem.
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#
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# filesystem contains the name of the filesystem or on of three special
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# values, "default", efi" and "btrfs_swap". The logic is applied in this manner:
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# - If the partition is the EFI partition, the "efi" entry will be used
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# - If the fs is btrfs and the subvolume is for the swapfile,
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# the "btrfs_swap" entry is used
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# - If the filesystem is an exact match for filesystem, that entry is used
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# - If no match is found in the above, the default entry is used
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# - If there is no match and no default entry, "defaults" is used
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# - If the mountOptions key is not present, "defaults" is used
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#
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# Each filesystem entry contains 3 keys, all of which are optional
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# options - An array of mount options that is used on all disk types
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# ssdOptions - An array of mount options combined with options for ssds
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# hddOptions - An array of mount options combined with options for hdds
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# If combining these options results in an empty array, "defaults" is used
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#
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# Example 1
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# In this example, there are specific options for ext4 and btrfs filesystems,
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# the EFI partition and the subvolume holding the btrfs swapfile. All other
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# filesystems use the default entry. For the btrfs filesystem, there are
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# additional options specific to hdds and ssds
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#
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# mountOptions:
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# - filesystem: default
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# options: [ defaults ]
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# - filesystem: efi
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# options: [ defaults, umask=0077 ]
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# - filesystem: ext4
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# options: [ defaults ]
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# - filesystem: btrfs
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# options: [ defaults, compress=zstd:1 ]
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# ssdOptions: [ discard=async ]
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# hddOptions: [ autodefrag ]
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# - filesystem: btrfs_swap
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# options: [ defaults, noatime ]
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#
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# Example 2
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# In this example there is a single default used by all filesystems
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#
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# mountOptions:
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# - filesystem: default
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# options: [ defaults ]
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#
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mountOptions:
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- filesystem: default
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options: [ defaults, noatime ]
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options: [ defaults ]
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- filesystem: efi
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options: [ defaults, umask=0077 ]
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- filesystem: btrfs
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options: [ defaults, noatime, compress=zstd ]
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options: [ defaults, compress=zstd:1 ]
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- filesystem: btrfs_swap
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options: [ defaults, noatime ]
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