- These have **not** been fixed for validation, so the schema's themselves
will fail to load. This is a consequence of variations in JSON-Schema
representations through various drafts. Fixing the schemata is
fairly straightforward.
This gives us 19 new tests, all of which fail.
- drop the *discard* from filesystems-on-SSD in the standard example
configuration.
- keep the table **with** *discard* around for referece and explanation.
Remember that the example configurations are intended as **examples**,
to document available settings, and do not reflect a sensible
production configuration.
FIXES#1395
- By the time the GS is actually written, new (for partition state)
is always false. So "new" is the wrong thing to track. It should
have had a better name anyway,
- We store custom properties on the partition objects to indicate
what happens to them; use those properties (instead of state,
as done originally), call it "claimed" to indicate that the partition
is part of this installation.
For now, only new (as in, formatted, created-by-us) partitions are
claimed.
- The effect here is that only "new" swap will be added to the system,
so in erase-disk installations, or manual partitioning.
- Install-alongside and replace will now **not** claim the swap already
on the disk; I think we'll need another UI knob for that one.
FIXES#1316
Added new configuration "efiMountOptions" to fstab.conf
When generating the fstab entry for the ESP, take the mount options from
the new configuration or fall back to "mountOptions".
- [initcpio] remove superfluous inner function
- [initcpio] catch errors from mkinitcpio itself and report them in a nice
readable format.
- Save translators the effort of doing a dozen messages
with just the name of the module changed. All of these modules
bail out on bad configurations with a meaningful message.
- [initcpiocfg]
- [fstab]
- [initramfscfg]
- [localecfg]
- [luksbootkeyfile]
- [luksopenswaphookcfg]
- [machineid] Warn on bad config. It's conceivable that this is run
with an empty rootMountPoint (i.e. "") to modify the running system,
so only bail on None.
Only the string "fat32" and "fat16" will be replaced with vfat. If an
case sensitive "Fat32" some problems occure:
- mount: partition cannot be mounted (e.g. a fat32 efi partition)
- fstab: system won't even boot because fstab does not know the type "Fat32"
fstab.conf: Add a new "crypttabOptions" option that defaults to "luks".
Document that for Debian and Debian-based distributions, the
setting should be changed to "luks,keyscript=/bin/cat".
main.py: Append the options from the above setting to the end of every
line in crypttab.
At least the "luks" option should always be there, because there may be
different encryption types. The Debian initramfs-tools also require the
Debian-specific keyscript option and will otherwise ignore the keyfile
entirely (see pull request #254).
At least the Debian update-initramfs needs the entry to be there (see
pull request #254). Dracut will probably need it too. And logically, it
should be there.
Having swap set at "none" makes hibernating not possible.
AFAIK, no filesystem/partition sets mountpoint as "none" nor has any other besides swap an empty mountpoint at the stage where the fstab module is called.
Tests so far show this change creates a working fstab when using a swap partition.
Module descriptors are now module.desc, no configuration allowed inside.
Module config files are <modulename>.conf, installed in
share/calamares/modules.
settings.conf is read from /etc/calamares, then share/calamares, and if
running with --debug also in the current dir.
Module config files are read from /etc/calamares/modules, then
share/calamares/modules, and if running with --debug also in
src/modules/<modulename> relative to the current dir.
