Move the files to initramfs-extra, so the initramfs is not too big for
ChromeOS devices. I had initially added this to initramfs, because
otherwise the graphics on my Thinkpad L14 would not come up. But I
verified that it also works with having it in initramfs-extra.
Fixes: #2578
Required for getting mobile data up, otherwise ModemManager fails to
connect with:
Status | connected: no
| connection error name: org.freedesktop.ModemManager1.Error.MobileEquipment.Unknown
| connection error message: failed to create net link for device: failed to add link for device: Could not allocate link: Failed to add link with mux id 1: Netlink message with transaction 27 failed
[ci:skip-build]: already built successfully in CI
Krane doesn't have a headphone jack, which caused audio server issues
for me. Add a check to only enable the headphone and headset mic device
on non-Krane boards. Also improve the formatting and remove
ChromeOS-specifc options.
[ci:skip-build]: already built successfully in CI
We did set these variables, so it is possible to flash boot and root
partitions separately for booting with stock partition table. This
is useful for U-Boot as secondary bootloader. But it's not good for
U-Boot as primary bootloader because the resulting images have boot
and root partitions separated, so users have to create partitions
themselves and this is very confusing.
I'm suggesting to disable it in favor of doing U-Boot as primary
bootloader, this may be harder for users, but it needs to be done
only once, and this way is more fancy and is supported on more
devices than secondary bootloader.
If someone still wants to use this port with U-Boot as secondary
bootloader they can do "pmbootstrap install --split" and
"pmbootstrap export" to get 2 separate partitions to flash.
[ci:skip-build]: Already built successfully in CI.
bcm4330 has 2 wifi sdio firmwares, one with IEEE 802.11а support
and one without. One without was missing which caused some
devices to have wireless network issues.
Additionally Oyua specific bluetooth firmware was found and it
is included as well.
Signed-off-by: Svyatoslav Ryhel <clamor95@gmail.com>
[ci:skip-build]: Already built successfully in CI.
This is a device-specific package. The only device that depends on
this, device-nokia-n900, is in community, so let's move it there too.
[ci:skip-build]: already built successfully in CI
Also start squashing the .mdt files into .mbn and provide compatibility
symlinks so old kernels that look for .mdt still find it.
Also move the zap firmware into a device-specific subdirectory.
Symlinks for venus are skipped since that one's not used in any
production branch yet for sm7225.
[ci:skip-build]: Already built successfully in CI.
The panel driver has been renmaed in the kernel sources to be in line
with what's going to be upstreamed.
[ci:skip-build]: Already built successfully in CI.
Add the Portugese/Spanish keymap. Similarly to the Finnish/Swedish
keymap, it's compatible with both Portugese and Spanish keyboards.
Also, modify x11-keymap so that the Portugese/Spanish map will use
Alt+Shift to enter an underscore in the F key and a backslash in the C
key, which was done to avoid redundancy with the "Ñ" key.
Signed-off-by: Lux Aliaga <lux@nixgoat.me
[ci:skip-build] already built successfully in CI
Manual config changes:
* DRM_MSM=m (there's a race condition, genpd_power_off_unused needs to
turn off mdss_gdsc before the display driver inits, otherwise screen
stays black)
[ci:skip-build]: already built successfully in CI
hexagonrpcd is necessary to provide access to the filesystem for the SDSP.
Also, OP6T accelerometer is mounted differently than the screen, adjust
it with a mount matrix. This way, screen rotations follow the actual
screen rotation by the user.
hexagonrpcd is necessary to provide access to the filesystem for the SDSP.
Also, OP6 accelerometer is mounted differently than the screen, adjust
it with a mount matrix. This way, screen rotations follow the actual
screen rotation by the user.
SHIFT6mq accelerometer is mounted differently than the screen,
adjust it with a mount matrix. This way, screen rotations follow
the actual screen rotation by the user.
