github-mirror/vanilla
1
0 Fork 0
mirror of https://github.com/vanilla-wiiu/vanilla.git synced 2026-10-28 09:43:51 +00:00
Code Issues Packages Projects Releases Wiki Activity

buildroot: use newer boot script for switch

Browse Source 
Might be related to #386
This commit is contained in:
itsmattkc committed 2026-05-08 08:03:55 -07:00
1 parent c516647bec
commit 4b6b0e65c5
3 files changed
+550 -1
Download Patch File Download Diff File Expand all files Collapse all files

No files matched your search

docker/nintendoswitch/build.sh
+1 -1
View File
@@ -26,5 +26,5 @@ cp /vanilla/gui/res/switch/config.xml /install/switchroot/vanilla/data/
# Copy support files
cp /vanilla/gui/res/switch/bl31.bin /install/switchroot/vanilla/
cp /vanilla/gui/res/switch/bl33.bin /install/switchroot/vanilla/
cp /vanilla/gui/res/switch/boot.scr /install/switchroot/vanilla/
mkimage -A arm64 -T script -d /vanilla/gui/res/switch/boot.txt /install/switchroot/vanilla/boot.scr
cp /vanilla/gui/res/switch/nx-plat.dtimg /install/switchroot/vanilla/
gui/res/switch/boot.scr
BIN
View File
Binary file not shown.
gui/res/switch/boot.txt
+549
View File
@@ -0,0 +1,549 @@
# Set defaults env variables if they do not exist.
setenv boot_dir ${prefix}
test -n ${loader_rev} || setenv loader_rev 0
test -n ${id} || setenv id SWR-FED
test -n ${emmc} || setenv emmc 0
test -n ${rootdev} || setenv rootdev mmcblk0p2
test -n ${rootfstype} || setenv rootfstype ext4
test -n ${rootfs_fw} || setenv rootfs_fw /lib/firmware/
test -n ${rootlabel_retries} || setenv rootlabel_retries 1
test -n ${auto_rootdev_disable} || setenv auto_rootdev_disable 0
test -n ${fbconsole} || setenv fbconsole 9
test -n ${uart_port} || setenv uart_port 0
test -n ${earlycon} || setenv earlycon 0
test -n ${r2p_action} || setenv r2p_action bootloader
test -n ${autoboot} || setenv autoboot 0
test -n ${autoboot_list} || setenv autoboot_list 0
test -n ${als_enable} || setenv als_enable 0
test -n ${usb3_enable} || setenv usb3_enable 0
test -n ${4k60_disable} || setenv 4k60_disable 0
test -n ${dvfsb} || setenv dvfsb 0
test -n ${gpu_dvfsc} || setenv gpu_dvfsc 0
test -n ${limit_gpu_clk} || setenv limit_gpu_clk 0
test -n ${jc_rail_disable} || setenv jc_rail_disable 0
test -n ${cec_disable} || setenv cec_disable 0
test -n ${touch_skip_tuning} || setenv touch_skip_tuning 0
test -n ${bt_ertm_disable} || setenv bt_ertm_disable 0
test -n ${wifi_disable_vht80} || setenv wifi_disable_vht80 0
test -n ${mainline} || setenv mainline 0
test -n ${kernel} || setenv kernel uImage
test -n ${dtb} || setenv dtb nx-plat.dtimg
test -n ${ddr200_enable} || setenv ddr200_enable 0
test -n ${cgroups_v1} || setenv cgroups_v1 0
test -n ${cpu_uv} || setenv cpu_uv 0
test -n ${cpu_hmin} || setenv cpu_hmin 0
test -n ${extreme_oc} || setenv extreme_oc 0
# Built-in IMU.
test -n ${acc_cal_off_x} || setenv acc_cal_off_x 0x0
test -n ${acc_cal_off_y} || setenv acc_cal_off_y 0x0
test -n ${acc_cal_off_z} || setenv acc_cal_off_z 0x0
test -n ${acc_cal_scl_x} || setenv acc_cal_scl_x 0x0
test -n ${acc_cal_scl_y} || setenv acc_cal_scl_y 0x0
test -n ${acc_cal_scl_z} || setenv acc_cal_scl_z 0x0
test -n ${gyr_cal_off_x} || setenv gyr_cal_off_x 0x0
test -n ${gyr_cal_off_y} || setenv gyr_cal_off_y 0x0
test -n ${gyr_cal_off_z} || setenv gyr_cal_off_z 0x0
test -n ${gyr_cal_scl_x} || setenv gyr_cal_scl_x 0x0
test -n ${gyr_cal_scl_y} || setenv gyr_cal_scl_y 0x0
test -n ${gyr_cal_scl_z} || setenv gyr_cal_scl_z 0x0
# Lite Gamepad analog sticks calibration.
test -n ${lite_cal_lx_lof} || setenv lite_cal_lx_lof 0x0
test -n ${lite_cal_lx_cnt} || setenv lite_cal_lx_cnt 0x0
test -n ${lite_cal_lx_rof} || setenv lite_cal_lx_rof 0x0
test -n ${lite_cal_ly_dof} || setenv lite_cal_ly_dof 0x0
test -n ${lite_cal_ly_cnt} || setenv lite_cal_ly_cnt 0x0
test -n ${lite_cal_ly_uof} || setenv lite_cal_ly_uof 0x0
test -n ${lite_cal_rx_lof} || setenv lite_cal_rx_lof 0x0
test -n ${lite_cal_rx_cnt} || setenv lite_cal_rx_cnt 0x0
test -n ${lite_cal_rx_rof} || setenv lite_cal_rx_rof 0x0
test -n ${lite_cal_ry_dof} || setenv lite_cal_ry_dof 0x0
test -n ${lite_cal_ry_cnt} || setenv lite_cal_ry_cnt 0x0
test -n ${lite_cal_ry_uof} || setenv lite_cal_ry_uof 0x0
test -n ${lite_cal_lx_coff} || setenv lite_cal_lx_coff 0x0
test -n ${lite_cal_ly_coff} || setenv lite_cal_ly_coff 0xFFFFFF00
test -n ${lite_cal_rx_coff} || setenv lite_cal_rx_coff 0xFFFFFF00
test -n ${lite_cal_ry_coff} || setenv lite_cal_ry_coff 0x0
# Set logging params for each serial type.
setenv uarta "no_console_suspend console=ttyS0,115200,8n1 loglevel=8"
setenv uartb "no_console_suspend console=ttyS1,115200,8n1 loglevel=8"
setenv uartc "no_console_suspend console=ttyS2,115200,8n1 loglevel=8"
setenv usblg "console=ttyGS0,115200,8n1 loglevel=8"
setenv uarta_early "earlycon=uart,mmio32,0x70006000"
setenv uartb_early "earlycon=uart,mmio32,0x70006040"
setenv uartc_early "earlycon=uart,mmio32,0x70006200"
# Default read addresses.
# fdt_addr_r 0x8d000000
# scriptaddr 0x8fe00000
# ramdisk_addr_r 0x92000000
# Set important addresses.
setenv kernload 0xA0000000
setenv initaddr 0x92000000
setenv fdtrload 0xA8000000
setenv fdtraddr 0x8d000000
# Set temp addresses.
setenv enviraddr 0x8d100000
setenv fdtovaddr 0x8d200000
if test "${loader_rev}" < 4; then
echoe Old L4T loader! Update bootloader folder!
echoe Rebooting in 10s..
sleep 10
reset
fi
# Set mmc DT node name
if test ${mainline} = 1; then setenv mmc_node mmc
else setenv mmc_node sdhci; fi
# Set SoC info.
if test ${t210b01} = 1; then setenv plat_info T210B01; else setenv plat_info T210; fi
# Set SKU info.
if test ${sku} = 0; then setenv sku_info ODIN; setenv sku_rev 0
elif test ${sku} = 1; then setenv sku_info ODIN; setenv sku_rev b01
elif test ${sku} = 2; then setenv sku_info VALI; setenv sku_rev 0
elif test ${sku} = 3; then setenv sku_info FRIG; setenv sku_rev 0
fi
# Print platform info.
echo PLAT: ${plat_info} SKU: ${sku_info}
echo Serial: ${device_serial}
echo BT MAC: ${device_bt_mac}
echo WF MAC: ${device_wifi_mac}
# Set bootstack related env
setenv ext4devnum ${devnum}
setenv loaded_ext4 0
setenv distro_bootpart_orig ${distro_bootpart}
# Unconditionaly Keep track of original boot_dir
setenv boot_dir_orig ${boot_dir}
# Load kernel from ext4 in emmc when enabled
if test ${emmc} = 1; then
# Look for ext4 distro_bootpart; ONLY works with GPT
part number mmc 0 l4t distro_bootpart_alt
# Always autodetect l4t part on eMMC
setexpr ext4_p dec ${distro_bootpart_alt}
setenv rootdev mmcblk0p${ext4_p}
if load mmc 0:${distro_bootpart_alt} ${kernload} /boot/switchroot/${kernel}; then
echo Kernel loaded from ext4
# Set new boot dir relative to ext4
setenv boot_dir /boot/switchroot/
# Set new distro_bootpart for other bits retrieval
setenv distro_bootpart ${distro_bootpart_alt}
# Set ext4 related env
setenv loaded_ext4 1
setenv ext4devnum 0
fi
fi
# Load Kernel from fat32 as fallback.
if test ${loaded_ext4} = 0; then
if load mmc ${devnum}:${distro_bootpart_orig} ${kernload} ${boot_dir}/${kernel}; then echo Kernel loaded from fat32
else echoe Kernel read failed!; echoe Rebooting in 10s..; sleep 10; reset; fi
fi
# Load Initramfs.
if load mmc ${ext4devnum}:${distro_bootpart} ${initaddr} ${boot_dir}/initramfs; then echo Initramfs loaded
else echoe Initramfs read failed!; echoe Rebooting in 10s..; sleep 10; reset; fi
# Load DT img.
if load mmc ${ext4devnum}:${distro_bootpart} ${fdtrload} ${boot_dir}/${dtb}; then echo Device Tree Image loaded
else echoe Device Tree Image read failed!; echoe Rebooting in 10s..; sleep 10; reset; fi
# Get DT from image. If failed, reset.
if dtimg load ${fdtrload} ${sku} ${fdtraddr} fdtrsize; then echo Device Tree for SKU ${sku_info} loaded
else echoe Device Tree load for SKU ${sku_info} failed!; echoe Rebooting in 10s..; sleep 10; reset; fi
# Set dtb address and size from above and resize it enough to fit any change.
fdt addr ${fdtraddr} ${fdtrsize}
fdt resize 16384
# Sanity checks for dtb info.
if test ${sku_info} != ${fdt_id_text} -o ${sku_rev} != ${fdt_rev}; then
echoe Device Tree loaded not correct! (SKU: ${fdt_id_text}, Rev: ${fdt_rev})
echoe Expected SKU: ${sku_info}, Rev: ${sku_rev}
echoe Rebooting in 10s..; sleep 10; reset
fi
# Patch dtb with overlays if they exist.
if test -n ${dtb_overlays}; then
echo loading dtb overlays: ${dtb_overlays}
for ov in ${dtb_overlays}; do
echo Setting ${ov}...
# Check if DT overlay and apply it.
if load mmc ${devnum}:${distro_bootpart_orig} ${fdtovaddr} ${boot_dir_orig}/overlays/${ov}.dtbo; then
if fdt apply ${fdtovaddr}; then echo Successfully loaded ${ov}.dtbo...
else echoe Overlay ${ov}.dtbo loading failed!; echoe Rebooting in 10s..; sleep 10; reset; fi
fi
done
fi
# Add additional bootargs for UART Logging.
if test ${uart_port} = 1; then
setenv bootargs_extra ${bootargs_extra} ${uarta}; echoe UART-A logging enabled
fdt set /serial@70006000 compatible nvidia,tegra20-uart
fdt set /serial@70006000 status okay
if test ${earlycon} = 1; then
echoe Early logging enabled
setenv bootargs_extra ${bootargs_extra} ${uarta_early}
fdt set /serial@70006000 reset-names noreset
fi
elif test ${uart_port} = 2; then
setenv bootargs_extra ${bootargs_extra} ${uartb}; echoe UART-B logging enabled
fdt set /serial@70006040 compatible nvidia,tegra20-uart
fdt set /serial@70006040/joyconr status disabled
if test ${earlycon} = 1; then
echoe Early logging enabled
setenv bootargs_extra ${bootargs_extra} ${uartb_early}
fdt set /serial@70006040 reset-names noreset
fi
elif test ${uart_port} = 3; then
setenv bootargs_extra ${bootargs_extra} ${uartc}; echoe UART-C logging enabled
fdt set /serial@70006200 compatible nvidia,tegra20-uart
fdt set /serial@70006200/joyconl status disabled
if test ${earlycon} = 1; then
echoe Early logging enabled
setenv bootargs_extra ${bootargs_extra} ${uartc_early}
fdt set /serial@70006200 reset-names noreset
fi
fi
# Add additional bootargs for Serial USB.
if test ${uart_port} = 4; then
setenv bootargs_extra ${usblg} ${bootargs_extra}; echoe USB Serial logging enabled
fi
# Disable Joycon Rails.
if test ${jc_rail_disable} = 1; then
echoe Joycon Rails disabled
fdt set /serial@70006040 status disabled
fdt set /serial@70006040/joyconr status disabled
fdt set /serial@70006200 status disabled
fdt set /serial@70006200/joyconl status disabled
fi
# Disable rootdev search done by initramfs.
if test ${auto_rootdev_disable} = 1; then
setenv bootargs_extra ${bootargs_extra} "auto_rootdev_disable"
fi
# Disable CEC auto negotiation.
if test ${cec_disable} = 1; then
setenv bootargs_extra ${bootargs_extra} "cec_disable=1"
fi
# Disable Touch panel tuning.
if test ${touch_skip_tuning} = 1; then
setenv bootargs_extra ${bootargs_extra} "ftm4.skip_tuning=1"
fi
# Disable Bluetooth ERTM.
if test ${bt_ertm_disable} = 1; then
setenv bootargs_extra ${bootargs_extra} "bluetooth.disable_ertm=1"
fi
# Enable eMMC.
if test ${emmc} = 1; then
fdt set /${mmc_node}@700b0600 status okay
# Check if eMMC is initialized in 1-bit mode.
if test "${mmc_1bit}" = 1; then
echoe eMMC is initialized in 1-bit mode!
fdt set /${mmc_node}@700b0600 bus-width <0x1>
fdt set /${mmc_node}@700b0600 uhs-mask <0x7F>
fi
fdt set /${mmc_node}@700b0600 enable-trim
fi
# Enable ALS sensor.
if test ${als_enable} = 1; then
fdt set /i2c@7000c400/bh1730fvc@29 status okay
fi
if test ${mainline} = 0; then
# Disable WiFi VHT80 bonding.
if test ${wifi_disable_vht80} = 1; then
echo WiFi VHT80 bonding disabled
setenv bootargs_extra ${bootargs_extra} "brcmfmac.vht_mask=12"
fi
# Set Sio calibration data.
if test ${sku} = 2; then
if load mmc ${devnum}:${distro_bootpart_orig} ${enviraddr} /switchroot/switch.cal; then
env import -t -r ${enviraddr} ${filesize}
echo Sio Calibration set
fdt set /serial@70006200/sio sio-stick-cal-l <$lite_cal_lx_lof $lite_cal_lx_cnt $lite_cal_lx_rof $lite_cal_ly_dof $lite_cal_ly_cnt $lite_cal_ly_uof>
fdt set /serial@70006200/sio sio-stick-cal-r <$lite_cal_rx_lof $lite_cal_rx_cnt $lite_cal_rx_rof $lite_cal_ry_dof $lite_cal_ry_cnt $lite_cal_ry_uof>
fdt set /serial@70006200/sio sio-acc-cal <$acc_cal_off_x $acc_cal_off_y $acc_cal_off_z $acc_cal_scl_x $acc_cal_scl_y $acc_cal_scl_z>
fdt set /serial@70006200/sio sio-gyr-cal <$gyr_cal_off_x $gyr_cal_off_y $gyr_cal_off_z $gyr_cal_scl_x $gyr_cal_scl_y $gyr_cal_scl_z>
fdt set /serial@70006200/sio sio-stick-cnt-off-l <$lite_cal_lx_coff $lite_cal_ly_coff>
fdt set /serial@70006200/sio sio-stick-cnt-off-r <$lite_cal_rx_coff $lite_cal_ry_coff>
fi
fi
# Set default tegra_fbmem
setenv tegra_fbmem 0x400000
# Get display panel handle.
if test ${display_id} = f20; then echo Display is INN 6.2; fdt get value DHANDLE /host1x/dsi/panel-i-720p-6-2 phandle
elif test ${display_id} = f30; then echo Display is AUO 6.2; fdt get value DHANDLE /host1x/dsi/panel-a-720p-6-2 phandle
elif test ${display_id} = 10; then echo Display is JDI 6.2; fdt get value DHANDLE /host1x/dsi/panel-j-720p-6-2 phandle
elif test ${display_id} = 1020; then echo Display is INN 5.5; fdt get value DHANDLE /host1x/dsi/panel-i-720p-5-5 phandle
elif test ${display_id} = 1030; then echo Display is AUO 5.5; fdt get value DHANDLE /host1x/dsi/panel-a-720p-5-5 phandle
elif test ${display_id} = 1040; then echo Display is SHP 5.5; fdt get value DHANDLE /host1x/dsi/panel-s-720p-5-5 phandle
elif test ${display_id} = 2050; then echo Display is SAM 7.0
elif test ${display_id} = 10e0; then echo Display is RR 5.5 720p; fdt get value DHANDLE /host1x/dsi/panel-rr-720p-5-5 phandle
elif test ${display_id} = 10e1; then echo Display is RR 5.5 1080p; fdt get value DHANDLE /host1x/dsi/panel-rr-1080p-5-5 phandle; fdt set /host1x/dc@54200000 nvidia,fbmem-size <0x800000>; setenv tegra_fbmem 0x800000
elif test ${display_id} = 0fe0; then echo Display is RR IPS 7.0 720p; fdt get value DHANDLE /host1x/dsi/panel-rr-ips-720p-7-0 phandle
elif test ${display_id} = 0fe1; then echo Display is RR IPS 7.0 1080p; fdt get value DHANDLE /host1x/dsi/panel-rr-ips-1080p-7-0 phandle; fdt set /host1x/dc@54200000 nvidia,fbmem-size <0x800000>; setenv tegra_fbmem 0x800000
elif test ${display_id} = 20e0; then echo Display is RR OLED 7.0 720p; fdt get value DHANDLE /host1x/dsi/panel-rr-720p-7-0 phandle
elif test ${display_id} = 20e1; then echo Display is RR OLED 7.0 1080p; fdt get value DHANDLE /host1x/dsi/panel-rr-1080p-7-0 phandle; fdt set /host1x/dc@54200000 nvidia,fbmem-size <0x800000>; setenv tegra_fbmem 0x800000
else echoe Unknown Display ID: ${display_id}!; fi
# Set new active display panel handle.
if test -n "${DHANDLE}" -a ${sku} != 3; then echo Setting Display panel; fdt set /host1x/dsi nvidia,active-panel <$DHANDLE>; fi
fi
# Disable USB3.
if test ${usb3_enable} = 0; then
echo USB3 disabled
fdt get value DHANDLE_USB2 /xusb_padctl@7009f000/pads/usb2/lanes/usb2-0 phandle
fdt set /xusb@70090000 phys <$DHANDLE_USB2>
fdt set /xusb@70090000 phy-names usb2-0
fdt set /xudc@700d0000 phys <$DHANDLE_USB2>
fdt set /xudc@700d0000 phy-names usb2
fdt set /xusb_padctl@7009f000 usb3-no-mapping-war <0x1>
fdt set /xusb_padctl@7009f000/ports/usb2-0 nvidia,usb3-port-fake <0xffffffff>
fdt set /xusb_padctl@7009f000/ports/usb3-0 status disabled
else
echoe USB3 enabled
fi
# Disable 4 DP lanes on Frig.
if test ${sku} = 3 -a ${4k60_disable} = 1 -a ${usb3_enable} != 0; then
echoe 4K60 disabled
fdt set /i2c@7000c000/bm92t@18 rohm,dp-lanes <2>
fi
# Check if SD is initialized in 1-bit mode.
if test "${sd_1bit}" = 1; then
echoe SD Card is initialized in 1-bit mode!
fdt set /${mmc_node}@700b0000 bus-width <0x1>
fdt set /${mmc_node}@700b0000 uhs-mask <0x7F>
fi
# Check if SD DDR200 mode can be enabled.
mmc info manid
if test ${manid} = 1b; then
echoe Samsung SD Card Detected
setenv ddr200_enable 1
fi
if test ${mainline} = 1; then
echoe Mainline kernel detected disabling DDR200
setenv ddr200_enable 0
fi
if test ${ddr200_enable} = 1; then
echoe SD DDR200 mode enabled
fdt set /sdhci@700b0000 enable-ddr200
fi
if test ${mainline} = 0; then
if test ${sku} = 2 -a -n "${VLIM}"; then
echo VALI: voltage limits [${VLIM}, ${SOCLIM}]
if test "${VLIM}" != 1070; then
# Newer Lite. 4320 mV / 1664 mA.
fdt set /i2c@7000c000/battery-charger@6b/charger ti,charge-voltage-limit-millivolt <0x$VLIM>
fdt set /i2c@7000c000/battery-charger@6b/charger ti,charge-thermal-voltage-limit <0x$VLIM 0x$VLIM 0x$VLIM 0xFF0>
fdt set /i2c@7000c000/battery-gauge@36 maxim,kernel-maximum-soc <0x$SOCLIM>
else
# Old Lite. 4208 mV / 1536 mA. (Unreleased?)
fdt set /i2c@7000c000/battery-charger@6b/charger ti,charge-voltage-limit-millivolt <0x1070>
fdt set /i2c@7000c000/battery-charger@6b/charger ti,charge-thermal-voltage-limit <0x1070 0x1070 0x1070 0xF70>
fdt set /i2c@7000c000/battery-charger@6b/charger ti,fast-charge-current-limit-milliamp <0x600>
fdt set /i2c@7000c000/battery-charger@6b/charger ti,charge-current-limit <0x200 0x240 0x600 0x600>
fi
fi
# Enable DVFS B-Side.
if test ${t210b01} = 1 -a ${dvfsb} = 1; then
echoe DVFS B-Side enabled
setenv bootargs_extra ${bootargs_extra} "speedo_tegra210.sku_id=0x83 speedo_tegra210.cspd_id=2 speedo_tegra210.sspd_id=2"
if test ${gpu_dvfsc} != 1; then
setenv bootargs_extra ${bootargs_extra} "speedo_tegra210.gspd_id=2"
fi
if test ${sku} = 2; then
# 2091 MHz CPU and 844 MHz GPU hard limit. Vali.
fdt set /cpufreq/cpu-scaling-data max-frequency <0x1FE7F8>
fdt set /dvfs nvidia,gpu-max-freq-khz <0xCE400>
fi
fi
# Enable GPU DVFS C-Side.
if test ${t210b01} = 1 -a ${gpu_dvfsc} = 1; then
echoe DVFS C-Side GPU enabled
if test ${dvfsb} != 1; then
setenv bootargs_extra ${bootargs_extra} "speedo_tegra210.sku_id=0x83 speedo_tegra210.gspd_id=3"
else
setenv bootargs_extra ${bootargs_extra} "speedo_tegra210.gspd_id=3"
fi
fi
# Limit GPU clock.
if test ${t210b01} = 1 -a ${limit_gpu_clk} = 1; then
if test ${sku} != 2; then
# If not Vali set GPU hard limit to 1075 MHz.
echoe GPU clock limit enabled
fdt set /dvfs nvidia,gpu-max-freq-khz <0x106800>
fi
fi
# Set pmic type if special (devboard).
if test ${t210b01} = 1 -a -n "${pmic_type}" -a ${pmic_type} = 1; then
echoe GPU 15A Regulator enabled
fdt set /i2c@7000d000/max77812@33 reg <0x31>
fdt set /i2c@7000d000/max77812@33/m3vout status disabled
fdt set /i2c@7000d000/fan53528@52 status okay
fdt set /dvfs nvidia,gpu-max-volt-mv <0x3B6>
fi
# Check if ptsa rework is done.
if test ${t210b01} = 1 -a "${loader_rev}" > 1; then
echo PTSA rework done
setenv bootargs_extra ${bootargs_extra} "latency_allowance.ptsa_rework"
fi
fi
# Set serial number.
if test -n ${device_serial}; then fdt set / serial-number ${device_serial}; fi
# Set default bt mac. initramfs will/can change it.
if test -n ${device_bt_mac}; then fdt set /chosen nvidia,bluetooth-mac ${device_bt_mac}; fi
# Set default wifi mac. initramfs will/can change it.
if test -n ${device_wifi_mac}; then fdt set /chosen nvidia,wifi-mac ${device_wifi_mac}; fi
# Overwrite IMU mount-matrix to identity until fixed in device tree
fdt set /spi@7000da00/imu@0 st,mount-matrix "1" "0" "0" "0" "1" "0" "0" "0" "1"
fdt set /spi@7000da00/imu@0 invensense,mount-matrix "1" "0" "0" "0" "1" "0" "0" "0" "1"
# Override tuning voltage values
if test ${cpu_uv} = 1; then
setenv tune0_low 0x0000FFFF
setenv tune0_high 0x0000FFFF
setenv tune1_low 0x021107FF
setenv tune1_high 0x027207FF
elif test ${cpu_uv} = 2; then
setenv tune0_low 0x0000FFFF
setenv tune0_high 0x0000FFFF
setenv tune1_low 0x021607FF
setenv tune1_high 0x027807FF
elif test ${cpu_uv} = 3; then
setenv tune0_low 0x0000DFFF
setenv tune0_high 0x0000DFFF
setenv tune1_low 0x021707FF
setenv tune1_high 0x027B07FF
elif test ${cpu_uv} = 4; then
setenv tune0_low 0x0000DFFF
setenv tune0_high 0x0000DFFF
setenv tune1_low 0x021707FF
setenv tune1_high 0x027C07FF
elif test ${cpu_uv} = 5; then
setenv tune0_low 0x0000DFFF
setenv tune0_high 0x0000DFFF
setenv tune1_low 0x021707FF
setenv tune1_high 0x027D07FF
elif test ${cpu_uv} = 6; then
setenv tune0_low 0x0000DFFF
setenv tune0_high 0x0000DFFF
setenv tune1_low 0x021707FF
setenv tune1_high 0x027F07FF
fi
if test ${cpu_uv} != 0; then
echoe CPU UV Enabled
fdt set /clock@70110000 nvidia,dfll-override-tune0_low <${tune0_low}>
fdt set /clock@70110000 nvidia,dfll-override-tune0_high <${tune0_high}>
fdt set /clock@70110000 nvidia,dfll-override-tune1_low <${tune1_low}>
fdt set /clock@70110000 nvidia,dfll-override-tune1_high <${tune1_high}>
fi
# Override CPU High Freq vMin
if test ${cpu_hmin} != 0; then
echoe CPU High Freq vMin Override Enabled
fdt set /clock@70110000 nvidia,dfll-override-tune_high_min_millivolts <${cpu_hmin}>
fi
if test ${extreme_oc} = 1; then
echoe Enabling extreme overclock tables
if test ${t210b01} = 1; then
fdt set /clock@70110000 compatible "nvidia,tegra210b01-dfll-extreme" "nvidia,tegra210-dfll"
else
fdt set /clock@70110000 compatible "nvidia,tegra210-dfll-extreme"
fi
fdt set /clock@70110000 allow-extreme-oc
fdt set /dvfs allow-extreme-oc
fdt set /cpufreq allow-extreme-oc
fi
# Force cgroups v1
if test ${cgroups_v1} = 1; then setenv bootargs_extra ${bootargs_extra} "systemd.unified_cgroup_hierarchy=0 SYSTEMD_CGROUP_ENABLE_LEGACY_FORCE=1"; fi
# Common kernel cmdline
setenv bootargs_extra ${bootargs_extra} "root=/dev/${rootdev} rootfstype=${rootfstype} rw \
firmware_class.path=${rootfs_fw} access=m2 \
rootlabel=${id} rootlabel_retries=${rootlabel_retries} \
swr_dir=${boot_dir} display_id=${display_id} \
boot_m=${devnum} boot_p=${distro_bootpart_orig} \
fbcon=map:${fbconsole} consoleblank=0 \
pmc_r2p.enabled=1 pmc_r2p.action=${r2p_action} \
pmc_r2p.param1=${autoboot} pmc_r2p.param2=${autoboot_list} splash rhgb"
# Set kernel cdmline.
if test ${mainline} = 1; then
setenv bootargs ${bootargs_extra} "selinux=0 "
else
setenv bootargs ${bootargs_extra} "nvdec_enabled=0 tegra_fbmem=${tegra_fbmem}@0xf5a00000 "
fi
# Boot kernel.
echo Launching Kernel!
bootm ${kernload} ${initaddr} ${fdtraddr}
echoe Failed to launch Kernel!
echoe
echoe Rebooting in 10s..
sleep 10
reset