- os-proper may return an extra file after the device:
/dev/sda1:Ubuntu 19.10 (19.10):Ubuntu:linux
/dev/sdb1@/EFI/Microsoft/Boot/bootmgfw.efi:Windows Boot Manager:Windows:efi
I think we had this (kind of) module a long time ago and it was
removed for over-complicating things; re-introduce one now that
KPMcore is used in 3 different places and all would benefit
from consistent API handling / defines.
- handle swapfiles when writing /etc/fstab in the target system
- special-case mountpoint
- since swapfiles are not a partition, take the setting out
of partitionChoices
- create the physical swapfile as well (there's no other place
where it would make sense)
- Give LVM jobs a dummy argument Device* so that they
fit the functionality of makeJob for partitioning.
For those jobs that already take an LVMDevice*, this should
be the self-same device, but that isn't checked.
* Use the minSize when the target storage is smaller than the sum of sizes
* Percentage-defined partitions should be computed after setting hard-defined ones
This fixes issues when 0 byte partitions were created when the disk is too small.
Also fixes an issue with percent-defined partitions being forced to be defined at the end of the disk.
- point to main Calamares site in the 'part of' headers instead
of to github (this is the "this file is part of Calamares"
opening line for most files).
- remove boilerplate from all source files, CMake modules and completions,
this is the 3-paragraph summary of the GPL-3.0-or-later, which has
a meaning entirely covered by the SPDX tag.
In spite of there being considerable documentation sometimes in the
config file, we go with CC0 because we don't want the notion of
'derived work' of a config file.
The example `settings.conf` is also CC0. Add some docs to
it while we're at it.
The build instructions are not that interesting, it's a toss-up
between CC0 and BSD-2, but because other CMake bits are BSD-2-Clause,
apply that to more CMakeLists. The copyright date isn't all that
accurate, but these are just inconsequential files.
While here, tidy up and get rid of some useless intermediates.
The .ui files are all GPL-3.0-or-later style, but it's
slightly difficult to keep licensing information in them:
it's XML, so an XML comment might work, but there's no
guarantee that safe/load will preserve them.
Put the SPDX tags in the <author> tag, so that it's visible
in Qt Designer.
- no need for the definition to be in public header, move to implementation
- while here, sort the members and private methods
- add a makeJob() to add jobs to the queue
- having a struct with an obtuse API for adding jobs-that-need-to-happen-
to-this-device is just not good for maintainability.
- break the build by making things private.
- The enum for install choice was copied into PartitionActions and
used in the Config object; its definition does not belong in the UI.
- Chase the renamings required.
- add an option to select what button should be selected when the
partitioning module is started; TODO: the actual functionality is
**not** implemented.
- drop the previously suggested name, which didn't get beyond the
comments-in-the-config-file stage (but which intended to do the
same things as this one)
- add option to schema already, even if it's not implemented.
See #1297
FIXUP conf
The encryption widget (passphrase for disk encryption) should show
ok / warning / error whenever the state changes; this avoids
it showing up first with **no** icon (it should show a warning
when both passphrases are empty).
Both the KPMCore and the ChoicePage -- asynchronously -- were connected
to the nextStatusChanged() signal. So if the core said next was true,
that could end up communicated to the ViewManager, enabling the *next*
button in the UI.
Changing to the *erase* page generally triggers a KPMCore reload,
which later emits a `hasRootMountPointChanged()` signal, once the
layout is applied and the disk gets a root mount point. So we'd
get a `true` from KPMCore, which -- because it was connected directly
to the signal to the VM -- would override any other considerations.
Hook up both signals to an intermediate slot that just recalculates
whether the next button should be enabled, based on the state
both of the Choice page and whatever else.
With PR calamares/calamares#1357 the label of the "Manual partitioning" option
was changed, which introduced several downsides:
* The label is shown for UEFI and for BIOS installations.
* The mountpoint of the ESP is and should be distro specific.
* The label always mentioned GPT, which is irrelevant.
* The label should explain, what the option does, and not, what
problems can occur under certain circumstances.
- there are no consumers for checking-the-capacity-of-the-drive
This parameter was introduced in 3cd18fd285 as "preparatory work"
but never completed. The architecture of the PartitionCoreModule
makes it very difficult to get the necessary parameters to
the right place, and it would probably be better to put
a SortFilterProxyModel in front of a partitioning model anyway.
Since the display code can already filter on size, just drop this one.
- Initialize the attribute partAttributes to 0; it is a primitive type
and it is not initialized in some constructors.
Fixes commit c1b5426c6 ([partition] Add support for partition attributes).
- Move implementation of default constructor to cpp.
- 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.
