These options are required by `iwd`. Make use of the `kconfigcheck-iwd`
APKBUILD option to ensure the required config options remain selected.
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This enables support for the oneplus3's QCA6174 WiFi chipset. The
`board-2.bin` file (overwriting the file with the same name from the
`linux-firmware-ath10k` package) is created from `bdwlan30.bin`, which
is extracted from the baseband modem firmware disk image,
`NON-HLOS.bin`. This board file has not yet been upstreamed.
Because I don't have access to the serial port yet, I begin with the
vendor kernel.
* Make display work by setting to 16bpp
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Let /usr/share/alsa/ucm2/conf.d/simple-card/*.conf be a symlink,
as it is expected since alsa-lib 1.2.7.
Related: d6adde0e32
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ALSA UCM configs are now upstreamed which causes
a conflict with the device package as both are now
providing the same files. Drop our configs in the device package.
The kernel is based on Samsung's downstream kernel for the device. Some
configuration changes are required to make the kernel to work:
* Tizen kernel uses SLP USB gadget, changed to Android USB gadget.
* sprdfb patches and modification on the devicetree files are required
to use the framebuffer.
* Other required pmOS kernel settings were enabled.
* Tizen does not use initramfs, use RAMDISK partition to store initramfs
of pmOS (like heimdall-isorec configuration). As far as I know, no
alternative OS exists for this device so this is the very first usage.
* Flash the root file system to USER, as ROOTFS is < 1 GB in size and
USER is about 2.7 GB.
samsung-kiran: Update device and firmware packages
* Changed kernel configuration for firmware path to follow postmarketOS.
* Post install script to mount CSA partition
CSA partition [1] contains non-volatile data for Tizen devices. As
Samsung Z1 uses this partition to store Wi-Fi and Bluetooth information,
mount this partition to use within postmarketOS.
[1] https://docs.tizen.org/platform/porting/kernel/
linux-samsung-kiran: Use lzop to decompress initramfs
This synchronizes behavior with other heimdall-isorec devices.
[ci:skip-build] Already built successfuly on CI in MR
Add udev rule to make feedbackd handle haptics.
With mesa where A619 is supported (which isn't packaged in pmaports
anyways but it's just one small patch that should go upstream in the
near future) Vulkan works absolutely fine, so install the driver for it.
[ci:skip-build] Already built successfuly on CI in MR
Add flash method fastboot so we can actually flash it with pmbootstrap,
remove outdated 90-android-touch-dev.rules and improve the formatting
throughout the APKBUILD.
[ci:skip-build] already built successfully in CI
Don't try to append the dtb if using the downstream kernel.
Fix for:
ERROR: File not found: /usr/share/dtb/qcom-apq8064-asus-nexus7-flo.dtb
Fixes: MR 2239 ("main/linux-postmarketos-qcom-apq8064: new aport")
[ci:skip-build] already built successfully in CI
This previously caused msm_pm_boot_init to incorrectly get handled as
__init function when it needs to be an __devinit function as it is
called by msm_pm_boot_probe, which is an __devinit function.
[ci:skip-build]: already built successfully in CI
dzImage generation tool for Tizen devices. The same dzImage format is
used in all Samsung's Tizen devices (Spreadtrum, Qualcomm, Exynos), so
we pick the latest script from the Tizen's Exynos kernel package.
The option `deviceinfo_flash_sparse_samsung_format` seems to work
fine on the xcover4lte.
Setting `deviceinfo_flash_sparse_samsung_format` to `1` (and
`deviceinfo_flash_sparse="true"`) causes heimdall to no longer hang
while the rootfs is being flashed.
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Merge and move Spreadtrum patches from these kernels to shared-patches:
* linux-finepower-f1
* linux-samsung-{gtel3g,gtelwifi,j1mini3g,j3xnlte}
* linux-zte-p731a20
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Prior to this commit, the initramfs was unable to resize the root
partition if it was on a device backed by the device mapper. This commit
fixes that now that it is possible for the root partition to lie on a
device mapper device.
PulseAudio is used for handling all audio on postmarketOS.
This also involves Bluetooth audio such as A2DP, HSP and HFP audio.
In the case of HFP/HSP, the HF and AG can interact with each other
through AT commands defined in the Bluetooth HFP 1.8 spec.
This set of patches implements HFP support to allow Bluetooth devices
to accept/reject/hangup calls, dial numbers, DTMF tone generation,
query signal strength, roaming status, service status, AG battery level,
call status, etc.
More details in the upstream MR:
https://gitlab.freedesktop.org/pulseaudio/pulseaudio/-/merge_requests/693
Available in edge for testing this merge request with a broader user
base. Not intended for backporting to stable branches.
[ci:skip-build]: already built successfully in CI
