Make use of stock depthcharge bootloader to not deal with U-Boot issues:
- broken USB
- broken eMMC
- broken latest version of U-Boot
Use extlinux instead of Grub for users with U-Boot to simplify process.
Also, some of old U-Boot builds may not support EFI.
[ci:skip-build] already built successfully in CI
New features:
* msm8994-huawei-angler: Add sdhc1 definition (internal SD card).
Backporting 3 patches:
* 0001-arm64-dts-msm8992-bullhead-add-memory-hole-region.patch
fixes bullhead boot since 6.0-rc1, already in qcom tree
* 0002-arm64-dts-qcom-msm8992-bullhead-Fix-cont_splash_mem-.patch
memory fix, likely to be merged
* 0003-arm64-dts-qcom-msm8992-bullhead-Disable-dfps_data_me.patch
memory fix, likely to be merged
* 0004-arm64-dts-qcom-msm8992-Don-t-use-sfpb-mutex.patch
memory fix, likely to be merged
* 0005-arm64-dts-msm8994-angler-fix-the-memory-map.patch
fixes angler reset during starting services in rootfs,
likely to be merged
Remove all backported commits from newer versions.
While at it, remove various CONFIG_NET_VENDOR_.* and
CONFIG_MSM_.* and CONFIG_.*_QCOM_.* for other SOCs.
Signed-off-by: Petr Vorel <petr.vorel@gmail.com>
[ci:skip-build]: already built successfully in CI
Shared SoC package for MSM8909
Currently provides a dummy soc-qcom-msm8909 package that depends on
soc-qcom-msm8916 and a soc-qcom-msm8909-modem package for modem support.
Since the RTC like on most Qualcomm chips is read-only, use
swclock-offset package to fix up time after boot.
And since we don't need msm-fb-refresher on mainline, move it to the
downstream kernel subpackage.
Basic support for the Kobo Libra H2O ebook reader.
Waveform handling shares the same oddities as for the Kobo Clara HD, the
existing waveform from eMMC is used.
Preferred way to install is to export the eMMC as USB Mass storage,
backing it up, and installing there.
U-Boot is a more recent one than the factory u-boot, supporting easy
access for buttons/LEDs. Pressing PageUp while powering on gives you the
possibility to enable USB mass storage mode to restore your backup.
Kernel is the near mainline kernel also used by the Kobo Clara HD.
It lacks some devicetree additions which are planned for the next
update, but basic things like buttons, usb, serial and wifi are
supported.
The WCNSS firwmare used for motorola-harpia seems to have weird issues
that prevent using WiFi properly except for a few limited channels. It
is not clear why this happens, it seems to be some peculiar firmware
difference (perhaps the channels need to be enabled with some
non-standard command).
Since Motorola uses the same signing keys for all their MSM8916
devices, it is possible to use the firmware from other devices instead.
Initial testing shows promising results when using the older WCNSS
firmware from motorola-osprey instead, it does not seem to have this
issue.
It's not clear yet if this has any negative effects. The WCNSS firmware
should not be device-specific, but theoretically it could be (if
Motorola made some weird changes inside it).
For now just package it in firmware-motorola-osprey-wcnss. This package
can be easily installed on harpia devices for testing (using apk add)
and will then take precendence over the default firmware from the
firmware partition (via msm-firmware-loader).
Move firmware-motorola-osprey from testing to community so that the
package is preserved for motorola-harpia users (testing is deleted in
stable branches).
[ci:skip-build]: already built successfully in CI
motorola-osprey can generally use the firmware from motorola-harpia
(which is a bit newer). However, the WCNSS_qcom_wlan_nv.bin is usually
device specific (it contains some kind of calibration values for
WiFi/BT).
The file packaged in firmware-motorola-osprey-wcnss-nv is identical to
the file in firmware-motorola-harpia-wcnss-nv. However, It looks a bit
like this might be a mistake in the source repository
(https://github.com/pmsourcedump/firmware-motorola-osprey). The
wlan/prima folder there is completely identical to the one used for
motorola-harpia, but the stock ROM and LineageOS use different files.
Fix this by packaging the file from TheMuppets. Also modernize the
firmware-motorola-osprey package by applying pil-squasher to the
venus/video firmware.
motorola-osprey has a very clunky name at the moment "Motorola Moto G
3rd gen. (2015)". The device was mostly just called "Motorola Moto G"
by Motorola, so it is hard to choose a fitting (but unique) name.
In the postmarketOS wiki it is called "Motorola Moto G 2015" so let's
just drop the "3rd gen." in the pmOS device package as well.
Also make the deviceinfo consistent with harpia while at it.
This adds initial support to CutiePi tablet, with basic peripherals, sound, touchscreen, and wireless support.
Signed-off-by: Raffaele Tranquillini <raffaele.tranquillini@gmail.com>
Add peripheral overlays
Signed-off-by: Raffaele Tranquillini <raffaele.tranquillini@gmail.com>
[ci:skip-build]: Already built successfully in CI
Use msm8916 kernel package instead of linux-postmarketos-qcom-msm8939
Also remove rmi_core from deviceinfo_modules_initfs
since it's automatically pulled by rmi_i2c
This is a version bump for the sm6125 mainline kernel fork.
Changes:
* Added UFS nodes to the sm6125 platform
* Enabled UFS nodes for xiaomi-laurel
* Enabled configs required for UFS support (Notoriously
CONFIG_PHY_QCOM_QMP)
* Filled in EXTRAVERSION for kernel fork
* Added SMD RPM regulators for xiaomi-laurel
Signed-off-by: Lux Aliaga <they@mint.lgbt>
[ci:skip-build]: Already built successfully in CI
This is an early mainline port for the MediaTek MT6763 Helio P65/G70/G8*
SoCs that boots with all 8 cores online, logs on display (simplefb) or
UART serial console, USB gadget mode facilitating netbooting
postmarketOS while tethered via RNDIS and PMIC enabling functions like
vibrator, power/volume keys.
Since I'm not going by the "mint" alias anymore, I've decided to fix
that on the APKBUILDs
Signed-off-by: Lux Aliaga <they@mint.lgbt>
[ci:skip-build]: Already built successfully in CI
This is a version bump for the sm6125 mainline kernel fork. It should
also fix a config issue.
Changes:
* Made QUSB2 built-in instead of a module (Fixes USB connectivity
issues)
* Updates to xiaomi-laurel device tree to fit new schema
* Changed maintainer name
Signed-off-by: Lux Aliaga <they@mint.lgbt>
Add new patches:
- enable serial console
- save relocation address to find KASLR
- buttons as keyboard input driver to navigate bootmenu
- bootmenu loop entry selection
Enable vulkan on supported hardware configurations
out of the box.
Change-Id: I6c8e1713e7c834aae3a162b8a681f5abde02ed5e
Signed-off-by: Alexander Martinz <amartinz@shiftphones.com>
The file brcmfmac43455-sdio.raspberrypi,4-model-b.bin is now provided by
linux-firmware-brcm package in Alpine. Remove to symlink to stop the
file conflict.
Now that touchscreen driver is supported in kernel, include the module
in initfs so it's available there.
[ci:skip-build]: Already built successfully in CI
Remove mainline postfix in initramfs module list,
because sagit has only 1 kernel for now.
Blacklisting ipa module fixes poweroff.
See 68cdc1ea2b commit for more info.
[ci:skip-build]: already built successfully in CI
This is an early mainline port for the MediaTek MT6763 Helio P23 SoC
that just about boots in about 3 minutes with one core online, logs on
display (simplefb) or UART serial console and USB gadget mode
facilitating netbooting postmarketOS while tethered via RNDIS.
This contains a fix for second panel variant for samsung-hlte.
No more manual changes, .config was regenerated using kconfig migrate.
[ci:skip-build]: already built successfully in CI
This is an incomplete port but it has greater functionality than the existing downstream based one, which has been moved to unmaintained.
[ci:skip-build]: Already built successfully in CI
There are 2 panel variants supported:
- panel-samsung-hx8389c-gh9607501a
- panel-samsung-s6d78a0-gh9607501a
Add both of them to enable panel display during splash and FDE.
Note that fortunaltezt has only one panel variant so it's not included.
[ci:skip-build] already built successfully in CI
Device uses mainline kernel. What works:
- boots
- display
- touchscreen
- wifi
Also add firmware package
[ci:skip-build]: already built successfully in CI
New features for google-sargo:
- GPU acceleration
- Bluetooth
- Haptics (currently only rumble effect)
- Video acceleration (still untested)
- NFC (only detection was tested)
Certain newer hardware may require a newer kernel than the current
lts in order to work.
Change-Id: Iae0d91f8bf8d1b8516698841895f942e527b0813
Signed-off-by: Alexander Martinz <amartinz@shiftphones.com>
[ci:skip-build]: already built successfully in CI
Remove the -dev subpackages of kernels that replace the linux-headers
package. As I understand, the only case where this would make sense is
if you wanted to build a kernel module against headers that need to be
newer than the headers in Alpine's linux-headers package (currently
5.19.5).
While this might have been historically relevant when wireguard wasn't
in the kernel and you might have needed newer linux-headers to build
the module, it seems irrelevant today. If somebody should need this in
the future, then bring it back properly / consider getting the
linux-headers package in Alpine upgraded. Right now the -dev packages
are broken in several ways:
* Use of unversioned provides= (pma#1766)
* Don't contain binaries needed to build binary packages (pma#462).
This was worked around in 6aba5f ("Package kernel-scripts
separately"), but later this didn't build anymore and we removed it.
So in short: broken and unused, drop them.
RootFS cannot be flashed on this devices since Samsung uses a different sparse format.
Enable this in the deviceinfo file to allow flashing the rootFS.
[ci:skip-build]: already built successfully in CI
Additionally switch mainline kernel from qcom_fg to bq27xxx_battery_i2c.
While at it simplify the deviceinfo_modules_initfs_alpine list to
exclude implicit dependencies that mkinitfs can find itself to make the
line length a bit less unwieldy.
[ci:skip-build] Already built successfuly on CI in MR
Additionally switch mainline kernel from qcom_fg to bq27xxx_battery_i2c
and probe the correct panel driver, this was a regression that came from
the initial linux-edge enablement MR.
While at it simplify the deviceinfo_modules_initfs_alpine list to
exclude implicit dependencies that mkinitfs can find itself to make the
line length a bit less unwieldy.
While this provides the ability to use ModemManager, there are quite a
lot of issues with the driver still; keep it enabled in kernel for now
and let users "modprobe ipa" if they want to test modem features
whichever side effects that may cause including:
- Making the device nearly impossible to poweroff or reboot
- Making the UI lag noticeably more due to some interconnect bandwidth
issues
While this provides the ability to use ModemManager, there are quite a
lot of issues with the driver still; keep it enabled in kernel for now
and let users "modprobe ipa" if they want to test modem features
whichever side effects that may cause including:
- Making the device nearly impossible to poweroff or reboot
- Making the UI lag noticeably more due to some interconnect bandwidth
issues
The qca (Bluetooth) and qcom (non-zap GPU) firmware blobs don't need to
be signed by the OEM, so let's use upstream versions to benefit from
fixes and updates done there.
The soc-qcom-sdm845* packages are mostly sufficient, but there are a few
issues that all MSM8998 devices on mainline will face, so include
workarounds for them in a generic package all device pkgs can depend on.
Kernel doesn't compile anymore, and it doesn't seem worth fixing it
again. The kernel has been added in 2017 as a stock mainline kernel from
that time with only two patches and wasn't maintained since then,
looking at git log --follow it was only patched to fix it up when
it didn't build.
As the device is a generic x86_64 tablet: if somebody has that
particular device, try to get the generic device-tablet-x64uefi running
instead.
Patch header for 0027 was not formatted correctly. Fix that and
re-generate all other patches while we are at it.
[ci:skip-build] Already built successfuly on CI in MR
Also:
Fix camera on google-snow.
Enable video decoder.
Make boot.img smaller making kernel more modular and making FS-related
modules =y instead of =m (built-in file systems consume less space
than initramfs modules).
