- if the partition size is invalid, then warn about it but do
not print the (uninitialized) size of the partition.
- shuffle code to continue earlier, allowing the "good path"
code to be out-dented.
The special setup for nicely-named groups which have a single
hidden subgroup containing the actual packages, has the problem
that there is a non-empty subgroups item, but this results
in zero actual children: then the number of selected and partly
selected children is also zero in updateSelected() and therefore
the item ends up unselected.
Special-case this to avoid unnecessarily unselecting the item.
Reported by Vitor L.
The status for an empty login name is '' (empty), for ok -- this is
so that there is no complaint about it. But it's not ok to
continue with an empty name.
The status for an empty login name is '' (empty), for ok -- this is
so that there is no complaint about it. But it's not ok to
continue with an empty name.
- The EXPECT_FAIL value "Abort" stops the test (I wanted 'if this
unexpectedly passes, raise an error' -- should have read the
documentation more closely).
- Set the shell in the config object, not just in GS.
- add a status member so the different steps can show progress
as the user is created and configured. The progress values
are hard-coded guesses as to how much work is done for each step.
- while here, reduce the scope of the global storage variable
This is somewhat experimental and weird; the idea is that bool
arguments are a lot easier to understand if there are proper
names attached, rather than "true" and "false".
This improves the situation for jobs that do not provide
a status: their blank status does not overwrite the status
bar, and since (previous commit) the description or name
is used to start the job if the status is empty, at least
**something** is displayed.
SEE #1528
- 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
- The API definitions are just the symbols to define; these
are variously added through add_definitions() (needs -D)
or target_add_definitions() (doesn't).
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)
This still won't help if there's one really huge file that takes
several seconds to write, but if there's a bunch of files together
that is less than a file_chunk_count but take more than a half-
second to write, update anyway
If there's thousands of files in a squashfs (e.g. 400000 like on
some ArcoLinux ISOs) then progress would be reported every
4000 files, which can take quite some time to write. Reduce
file_chunk_count to at most 500, so that progress is reported
more often even if that wouldn't lead to a visible change
in the percentage progress: instead we **do** get a change
in files-transferred numbers.
- The total weight is only needed by the UnpackOperation,
not by each entry.
- Use a chunk size of 107 so that the number-complete seems busy:
the whole larger-or-smaller chunk size doesn't really matter.
- The progress-report was missing the weight of the current
module, so would report way too low if weight > 1. This affects
ArcoLinux configurations where one entry is huge and one is a
single file, so weights 50 and 1 are appropriate.
When there are multiple entries, the overall weight of the
module is divided between the entries: currently each entry
takes an equal amount of space in the overall progress.
When there are multiple entries which take wildly different
amounts of time (e.g. a squash-fs and a single file) then
the progress overall looks weird: the squash-fs gets half
of this module's weight, and the single file does too.
With the new *weight* key for entries, that division can
be tweaked so that progress looks more "even".
- parameter instanceKey was left over from previous work that
special-cased the weight of Python modules.
- while here, consistently do `~T() override`
With 1 CPU, Calamares still spawns 9 threads or so: eventloop,
dbus loop, QML loop, ... many of those are invisible to the
application. Contention occurs on startup when the UI is constructed,
and we end up with the module manager creating widgets alongside,
or ahead of, the main window UI. This can result in deadlock:
- in CalamaresApplication::initViewSteps
- in QML imports
This is partly because the signal-slots connections get "deep":
from loadModules() we emit *modulesLoaded* which ends up showing
the main window in initViewSteps(). Avoid this with a QTimer:
drop back to the event loop and release whatever locks are held,
so the QML thread can get on with it already. Then the timer
goes off and the view steps are created.
- 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.
- create dirs as needed (this will normally be done by
unsquash, but for tests with paths it needs to be done
by hand)
- log what file is being checked
- filePath() doesn't like the absolute paths we have
(they're absolute in the chroot, and existing code
just sticks rootMountPoint in front)
Document keyboard change for Turkish F layout, and document
the keyboard configuration value better, with alternate
path used in e.g. openSUSE
FIXES#1397
Some tests -- notably the keyboard module -- need to have the
QRC for the module loaded as well (e.g. because of data in the
QRC). Add a RESOURCES parameter to calamares_add_test()
like calamares_add_plugin() already has, to build the
resources into the test.
Keyboard test now passes, since it was missing the data for
lookups before.
- both changing the autologin and changing the user (login) name
affect global storage, and both may need to change the autologin
username; split it into a free function.
- the fullname change was bypassing the login in changing the
login name, **but** then it needs a back-workaround to keep
the "custom" setting off (when custom is off, auto-fill username
and hostname is active).
- after loading the config, fill GS already.
- when finalizing GS, get the autologin settings again.
