09:10 < j`ey> Glanzmann: `git rev-list 6f59bc24287..smc/work` that might work, not sure how it deals with merges. git rebase is the better way. but if you do that youre on your own! 09:19 < _jannau_> Glanzmann: git rebase --onto 5.17-rc3 6f59bc24287 09:23 < j`ey> if you add -p it can also preserve the merges 19:13 < j`ey> but there's also CONFIG_OF_DMA_DEFAULT_COHERENT, which makes of_dma_is_coherent always return true 21:02 < jannau> mps: you need https://lore.kernel.org/u-boot/20220208210215.8612-1-j@jannau.net/ for extlinux ARCH: 23:29 < ah-[m]> yep, exactly. I had to grub-mkconfig -o /boot/grub/grub.cfg, and move my Image.gz to /boot, otherwise it was just what was on the wiki page https://lore.kernel.org/linux-arm-kernel/20211011165707.138157-1-marcan@marcan.st/ 19:02 < jannau> I think based on this branch https://github.com/AsahiLinux/linux/tree/cpufreq/v1 23:41 < kov> Glanzmann, hmm interesting, I'll try upgrading libinput firs then, see if that fixes it 23:42 < kov> it's weird because I remember the trackpad working a while ago 23:45 -!- mtjzh (~mtjzh@2a02:8388:1742:9b80:658f:93d3:ec68:d60e) has joined #asahi 23:46 < kov> yep, just upgrading to testing's libinput makes it work heh thanks Glanzmann! Chromium 16KB patch: https://tg.st/u/Set-kernal-page-size-to-16K-on-loongson-MIPS-archtec.patch 10:10 < jannau> see the commit message for 64k on ppc64 https://chromium.googlesource.com/chromium/src.git/+/445c099c6486b8e5ff8dafaefcd812a7ea4bdfff%5E%21/ 15:26 < tpw_rules> Glanzmann: https://pastebin.com/NzJEQJDW - https://tg.st/u/NzJEQJDW 15:26 < tpw_rules> last i checked the built chromium only worked with the flags --in-process-gpu --no-sandbox --no-zygote but that may have been a kernel config problem Upstream BUG: https://bugs.webkit.org/show_bug.cgi?id=236564 22:39 < jannau> `dtc -I fs -O dts -o - /proc/device-tree` will output the device-tree as seen by linux 19:11 < Glanzmann> axboe: Could you explain how to mark a device as write-through? Does that mean if I issue a sync in Linux that no flush will happen. Because this would be helpful for the m1 notebook owners to improve performance. 19:11 < axboe> I just do: `echo "write through" > /sys/block/nvme0n1/queue/write_cache"` for now... 19:11 < axboe> Glanzmann: ^^ 19:12 < axboe> Glanzmann: and yes, that's what it means 19:12 < Glanzmann> axboe: Thanks. 19:12 < axboe> Glanzmann: it'll bump your test case from 56 iops to 14k or something like that :) 19:12 < axboe> alternatively, some sort of time based hack might make sense 19:13 < axboe> "only issue flush if X seconds has passed since last issue" 19:13 < axboe> kinda nasty, but safer 15:50 < mps> axboe: Glanzmann: `libinput Disable While Typing Enabled (268): 1` is set in my case and it works fine 15:51 < mps> though I built latest beta of libinput and rebuilt xf86-input-libinput with it 15:52 < mps> i.e. libinput-1.19.901 15:52 < axboe> mps: promising 15:53 < mps> but still didn't got it to detect thumb 16:07 < mps> Glanzmann: `libinput quirks list /dev/input/event1` will show you features of input device 16:09 < mps> and `libinput quirks list /dev/input/event1` will show quirks from libinput database From mps: #!/bin/sh echo 2 > /sys/module/hid_apple/parameters/fnmode echo 1 > /sys/module/hid_apple/parameters/swap_fn_leftctrl echo 1 > /sys/module/hid_apple/parameters/swap_opt_cmd 19:19 < Glanzmann> sven: Do you know why axboe set the admin queue to 2 instead of 8? 19:19 < sven> yes 19:19 < sven> almost all commands go through the io queue, no need to waste that space for the admin queue # j`ey on deleting efi and Linux partitions from the gui in macos 20:46 < j`ey> Glanzmann: I didnt figure it out at the diskutil cli, but I managed to do it from the GUI, I think you have to erase/reformat as APFS before you can delete the volumes 10:53 < j`ey> Glanzmann: for your notes: < tpw_rules> you can delete a non-apfs partition with: diskutil eraseVolume free n disk0sX 21:07 < tpw_rules> you can delete a non-apfs partition with: diskutil eraseVolume free n disk0sX 08:54 < mixi> Glanzmann: the command you're looking for should be "dtc -I dtb -O dts /sys/firmware/fdt" 08:57 < jannau> Glanzmann: dtc -I fs -O dts -o - /proc/device-tree # j`ey on hack to hookup lid close/open 23:19 < j`ey> apple_smc_event_received in drivers/platform/apple/smc_core.c is a good place to start looking # kettenis on the same issue using existing infrastructure 23:20 < kettenis> so the lid is hooked up to gP01 23:24 < kettenis> looks like you could try hooking that up using gpio-keys-polled 23:27 < Glanzmann> kettenis: So gpio-keys-polled would poll gP01 and send a key event and than I could use my window manager to do something when that key event is received? 23:29 < kettenis> look at arch/arm/boot/dts/imx6q-novena.dts # How to subscribe to smc events 23:45 < j`ey> Glanzmann: if youre still interested in looking: drivers/power/supply/macsmc_power.c apple_smc_register_notifier(power->smc, &power->nb); 23:46 < j`ey> so this driver gets called, when an SMC notification happens. looks like all registered handlers would be called and its up to the callback to figure out if it needs to do something # More background 23:54 < kettenis> if the interrupts are hooked up correctly for thise SMC gpios, gpio-keys instead of gpio-keys-polled should work 23:54 < j`ey> no irq_chip in the current driver 17:34 the image as built will have a real grub config with static UUIDs 17:35 well, a systemd early unit but yes { "os_list": [ { "name": "Asahi Linux reference distro (Arch Linux ARM)", "default_os_name": "Asahi Linux", "boot_object": "m1n1_uboot.bin", "package": "asahi-alarm.zip", "partitions": [ { "name": "EFI", "type": "EFI", "size": "512MB", "format": "fat", "volume_id": "0x03f103f1", "copy_firmware": true, "copy_installer_data": true, "source": "esp" }, { "name": "Root", "type": "Linux", "size": "5GB", "expand": true, "image": "root.img" } ] }, { "name": "UEFI environment only (m1n1 + U-Boot + ESP)", "default_os_name": "UEFI boot", "boot_object": "m1n1_uboot.bin", "partitions": [ { "name": "EFI", "type": "EFI", "size": "512MB", "format": "fat", "copy_firmware": true, "copy_installer_data": true } ] }, { "name": "Tethered boot (m1n1, for development)", "default_os_name": "m1n1 proxy", "expert": true, "boot_object": "m1n1.bin", "partitions": [] } ] } cloud-initramfs-growroot 16:00 < Glanzmann> So applying a new uuid to the rootfs needs to be done in the initrd. tune2fs -U random /dev/whatever 07:54 < VinDuv> So I’ve been looking at how macOS installation from USB works on M1 Macs and I think it might be interesting for the Asashi installer. The way it works is that there’s a hidden plist file on the USB drive that references a macOS application on the drive; if this file is present, the USB drive will show up in the power-button-held boot menu, and when selected, it will run the application. It doesn’t seem to care about file signature 07:54 < VinDuv> (it works even if the app is just a shell script) and it looks like it’s in 1TR mode. 07:56 < VinDuv> So the installation workflow from 1TR could be “plug in a USB stick, hold the power button, select Install Asahi” instead of having to manually open the terminal and run curl | sh. The installer doesn’t even need to be graphical since it’s possible for the launched shell script to start the recovery environment’s Terminal and giving it an arbitrary command to run. 07:59 < VinDuv> This is also not limited to external USB drives; it also works if the files are in an APFS volume in internal storage, which I guess might be useful to have a Asahi Recovery boot option in the boot menu or something. ---- .IAPhysicalMedia --------------------------------------------------------- AppName Some App.app ProductBuildVersion 00A191 ProductVersion 12.2.1 ---- Some App.app/Contents/Info.plist ----------------------------------------- CFBundleDisplayName Some App CFBundleExecutable SomeApp ---- Some App.app/Contents/Resources/.lproj/InfoPlist.strings ------ "CFBundleDisplayName" = "Some App"; ---- Some App.app/Contents/MacOS/SomeApp (executable) ------------------------- #!/bin/bash exec /System/Applications/Utilities/Terminal.app/Contents/MacOS/Terminal "${0%/*}/../Resources/myscript.command" ---- Some App.app/Contents/Resources/myscript.command ------------------------- #!/bin/sh echo "Hello, world!" exec /bin/bash 19:14 marcan: I have done a bit more testing with the .IAPhysicalMedia file and it looks like ProductBuildVersion can be any value including blank. ProductVersion seems to be checked against the minimal macOS version supported by the Mac; on my mini the icon shows up in the boot menu only if it’s >= 11.3. 19:15 Maybe it should be set to a higher value for forward compatibility with future Macs that will require 13.0? I’ve tested setting it to 99 and it works. 21:46 < povik> with pulse, you can get the jack by getting into pacmd 21:46 < povik> and running: load-module module-alsa-sink device=hw:0,1 If you see this in Xorg.0.log, it means that simpledrm has not initialized. ... [ 4.259] (EE) open /dev/dri/card0: No such file or directory ... [ 4.278] (EE) [ 4.278] (EE) Backtrace: [ 4.278] (EE) 0: /usr/lib/xorg/Xorg (OsLookupColor+0x188) [0xaaaad26e0398] [ 4.278] (EE) unw_get_proc_info failed: no unwind info found [-10] An initialized simpledrm looks like that: (air) [~] dmesg | grep -i simpledrm [ 2.215718] [drm] Initialized simpledrm 1.0.0 20200625 for be2120000.framebuffer on minor 0 [ 2.218952] simple-framebuffer be2120000.framebuffer: [drm] fb1: simpledrmdrmfb frame buffer device This is probably because someone forgot to enable one of the following kernel options: CONFIG_BACKLIGHT_CLASS_DEVICE=y CONFIG_BACKLIGHT_GPIO=m CONFIG_DRM=y CONFIG_DRM_SIMPLEDRM=y CONFIG_FB_EFI=n