- root_mount_point was used initially for logging c1a139995 (adding new
bootloader job options are to use grub for BIOS, gummiboot for efi set
extra mountpoint when efi is found)
- the trace was removed since 533031b3c ([bootloader] print() does not
log)
- The Python configuration tests sometimes need extra setup, so
do that through a CMakeTests.txt file in the test directory.
- Patch up existing tests:
- grubcfg needs /tmp/calamares/etc/default to exist
- rawfs won't work on FreeBSD because of differences in /proc
- 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
clean up obsolete lines in welcomeq.qml
add requirement section from welcome.conf to welcomeq.conf
data shows correctly in Recommended.qml, fails to show any in Requirements.qml if run without admin rights
This makes it possible to remove QML from Calamares, possibly yielding
a smaller, lighter installer; it takes with it the nice slideshow,
modern configurable navigation and the QML UIs built for various modules.
By default, WITH_QML is on and the "normal" feature set is retained.
- look for Qml modules only when WITH_QML is on (the default)
- look for Network, since that's pulled in only implicitly
- disable the QML Calamares models (modules/*q) if no QML is
enabled; longer-term plan is to merge the **pages** back to
the "upstream" modules, and have things be run-time switchable,
but that's not here yet. Also disable the notesqml module when
QML is off.
- The requirements are collected by ModuleManager, checked
by an internal RequirementsChecker and changes to the
requirements state are all signalled from ModuleManager.
By connecting the requirements in the welcome modules' Config
only to their own configs -- and immediately checking them,
which is bad on its own -- we end up with a disconnect between
what the ModuleManager says about requirements, and what
the welcome modules report on.
fully implemented:
* loading of a live map, ESRI based, zooming & dragging possible
* IP address is translated to map coordinates
* loading of the map centers to the obtained coordinates, with a marker set
* coordinates are translated to a timezone, label visible at bottom of the map
* mouse movement will show changing coordinates
* clicking on new location will center map there, marker moved too, timezone label adjusted
* hasInternet switch set to either load Map.qml or Offline.qml
not done:
* get hasInternet status
* fill the fine-tune 181n.qml with proper locale & language data
* connect the obtained timezone to globalstorage
comments are left in the various files for what needs attention/changes
Improve testing framework while adding tests to rawfs to double-
check that the conversion (for Python 3.3 compatibility) of
capture_output is correct.
- If a module has tests/#.global or tests/#.job, these are used
as arguments to a test-run of loadmodule (which reads them
and runs the module with that configuration).
- This makes the old python-loading test and test-runner entirely
obsolete, so remove them too.
Region "Africa" zones # 52
14:25:19 [6]: .. Zone "Asmara" QPoint(445,183)
14:25:19 [6]: .. First zone found 2 "2.0"
14:25:19 [6]: .. Also in zone 3 "3.0"
- The Config object can handle GeoIP loading on its own. Both
View steps that used this had a derpy view->setCountry() that
didn't really do anything with the view anymore.
- This forces the EFI firmware to boot the loader that was just
created, whatever the boot order set in the firmware setup (USB,
CD/DVD, HD...).
- It is safe to use the first Boot Entry listed in BootOrder as the
previous command creates the new entry and adds it to the first place
of the BootOrder.
- sometimes if you use external OEM modules you might have those lines already present
- by skipping them you won't have double lines when rerun the module in a later step
