nx: bootfiles: Compile uscript inline
Change-Id: Ib2cdfa323d35c0e33a190b7b6b8bf720ba29806b
This commit is contained in:
tmakin authored and 
Nolen Johnson committed
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@@ -15,6 +15,7 @@
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#
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LOCAL_PATH := $(call my-dir)
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LINEAGE_TOOLS_PATH := $(abspath prebuilts/tools-lineage/$(HOST_PREBUILT_TAG)/bin)
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include $(CLEAR_VARS)
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LOCAL_MODULE := 00-android
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@@ -25,6 +26,19 @@ LOCAL_MODULE_PATH := $(PRODUCT_OUT)
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include $(BUILD_PREBUILT)
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INSTALLED_RADIOIMAGE_TARGET += $(PRODUCT_OUT)/00-android.ini
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include $(CLEAR_VARS)
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LOCAL_MODULE := boot.scr
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LOCAL_MODULE_CLASS := ETC
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LOCAL_MODULE_PATH := $(PRODUCT_OUT)
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_uscript_input := $(abspath device/nintendo/nx/bootfiles/android_boot.txt)
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_uscript_intermediates := $(call intermediates-dir-for,$(LOCAL_MODULE_CLASS),$(LOCAL_MODULE))
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_uscript_archive := $(_uscript_intermediates)/$(LOCAL_MODULE)$(LOCAL_MODULE_SUFFIX)
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$(_uscript_archive):
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@mkdir -p $(dir $@)
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$(LINEAGE_TOOLS_PATH)/mkimage -A arm -T script -O linux -d $(_uscript_input) $(_uscript_intermediates)/boot.scr
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include $(BUILD_SYSTEM)/base_rules.mk
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INSTALLED_RADIOIMAGE_TARGET += $(PRODUCT_OUT)/boot.scr
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include $(CLEAR_VARS)
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LOCAL_MODULE := bootlogo_android
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LOCAL_MODULE_SUFFIX := .bmp
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@@ -0,0 +1,211 @@
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scrrev=6
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# SD is always bootfile mmc
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setenv sdmmc_idx 1
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# Load uenv.txt
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if fatload mmc ${sdmmc_idx}:1 0x8f000000 switchroot/android/uenv.txt; then
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env import -t 0x8f000000 ${filesize};
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echo Successfully imported uenv.txt...
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fi
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setenv mmc_idx 1
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# Check if eMMC boot is enabled
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if test -n ${emmc}; then
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setenv mmc_idx 0
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echo eMMC boot enabled!
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else
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echo SD boot enabled!
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fi
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mmc dev $mmc_idx
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# fastboot setup for our GPT layout
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setenv fastboot_partition_alias_boot LNX
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setenv fastboot_partition_alias_system APP
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setenv fastboot_partition_alias_userdata UDA
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setenv fastboot_partition_alias_cache CAC
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setenv fastboot_partition_alias_recovery SOS
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setenv fastboot_partition_alias_dtb DTB
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# load fastboot first so 'fastboot continue' works
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gpio input 191 || fastboot 0
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# store main MMC serial number to use as device serial
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mmc info serial#
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# generate a uboot version we can assert against in recovery
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setexpr ver_simple gsub "U-Boot (.*) \\(.*\\)" "\\1-rev$scrrev" "$ver"
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# find root partition and convert to decimal
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part number mmc $mmc_idx APP app_part_num
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setexpr app_part_num_dec gsub "^0x1$" 1 $app_part_num
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setexpr app_part_num_dec gsub "^0x2$" 2 $app_part_num
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setexpr app_part_num_dec gsub "^0x3$" 3 $app_part_num
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setexpr app_part_num_dec gsub "^0x4$" 4 $app_part_num
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setexpr app_part_num_dec gsub "^0x5$" 5 $app_part_num
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setexpr app_part_num_dec gsub "^0x6$" 6 $app_part_num
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setexpr app_part_num_dec gsub "^0x7$" 7 $app_part_num
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setexpr app_part_num_dec gsub "^0x8$" 8 $app_part_num
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setexpr app_part_num_dec gsub "^0x9$" 9 $app_part_num
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setexpr app_part_num_dec gsub "^0xa$" 10 $app_part_num
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setexpr app_part_num_dec gsub "^0xb$" 11 $app_part_num
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setexpr app_part_num_dec gsub "^0xc$" 12 $app_part_num
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setexpr app_part_num_dec gsub "^0xd$" 13 $app_part_num
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setexpr app_part_num_dec gsub "^0xe$" 14 $app_part_num
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setexpr app_part_num_dec gsub "^0xf$" 15 $app_part_num
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setexpr app_part_num_dec gsub "^0x10$" 16 $app_part_num
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host_mac_addr=0xff
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# load mac address info file
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if fatload mmc ${sdmmc_idx}:1 0x90000000 switchroot/joycon_mac.bin; then
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if itest.b *0x90000000 == 0x01; then
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echo Left JoyCon is available
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host_mac_addr=0x90000007
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else
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echo \\e Left JoyCon pairing info is not available!
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fi
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if itest.b *0x9000001d == 0x02; then
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echo Right JoyCon is available
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host_mac_addr=0x90000024
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else
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echo \\e Right JoyCon pairing info is not available!
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fi
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fi
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if itest $host_mac_addr == 0xff; then
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echo No JoyCons available
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# write to a known good location
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mw.q 0x90000000 ${serial#} 1
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# write crc32 of value at offset 0x3
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crc32 0x90000000 8 0x90000003
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# write nintendo prefix
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mw.b 0x90000000 0x98 1
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mw.b 0x90000001 0xE8 1
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mw.b 0x90000002 0xFA 1
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# use this to generate mac
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host_mac_addr=0x90000000
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fi
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bt_mac=""
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sep=""
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for i in 0 1 2 3 4 5 ; do
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setexpr x $host_mac_addr + $i
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setexpr.b b *$x
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if itest $b <= f; then
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# There is no way to have leading zeros, so do this hack
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bt_mac="$bt_mac${sep}0$b"
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else
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bt_mac="$bt_mac$sep$b"
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fi
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sep=":"
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done
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# FIXME after hekate gets wifi mac reading
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setexpr.b last_byte *0x90000005
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if itest $last_byte == 0xFF; then
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# wrap around case
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setexpr wifi_mac gsub "(.*:.*:.*:.*:.*:).*" "\\100" $bt_mac
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else
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setexpr.b wb $last_byte + 1
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if itest $wb <= f; then
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setexpr wifi_mac gsub "(.*:.*:.*:.*:.*:).*" "\\10$wb" $bt_mac
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else
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setexpr wifi_mac gsub "(.*:.*:.*:.*:.*:).*" "\\1$wb" $bt_mac
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fi
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fi
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# Set extra bootargs to kill console and set default loglevel
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setenv bootargs_extra "console=null loglevel=5"
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# load dtb
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part start mmc $mmc_idx DTB dtb_part_start
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part size mmc $mmc_idx DTB dtb_part_size
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mmc read $fdt_addr_r $dtb_part_start $dtb_part_size
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fdt addr $fdt_addr_r
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# Load overlays based on uenv.txt
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if test -n ${overlays}; then
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for ov in ${overlays}; do
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echo overlaying ${ov}...
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fdt resize 8192
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if fatload mmc ${sdmmc_idx}:1 0x8f000000 switchroot/overlays/${ov}.dtbo && fdt apply 0x8f000000; then
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echo Successfully loaded ${ov}.dtbo...
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if test "${ov}" = "tegra210-UART-B-overlay"; then
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# Override bootargs_extra for extra logging with UART overlay
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setenv bootargs_extra "no_console_suspend androidboot.console=ttyS1 console=ttyS1,115200,8n1 loglevel=8"
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fi
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else
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# Error on failure to apply
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echo \\e failed to overlay ${ov}!; sleep 5; reset
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fi
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done
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fi
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# Patch DT on eMMC boot
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if test -n ${emmc}; then
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fdt set /sdhci@700b0600 status okay
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setenv bootargs_extra "${bootargs_extra} androidboot.boot_devices=sdhci-tegra.3"
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else
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setenv bootargs_extra "${bootargs_extra} androidboot.boot_devices=sdhci-tegra.0"
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fi
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# insert mac address dtb node
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fdt set /chosen nvidia,wifi-mac ${wifi_mac}
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fdt set /chosen nvidia,bluetooth-mac ${bt_mac}
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# Prepare display panel id from Nyx.
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cp.b 0xED838002 0xED838001 0x1
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mw.b 0xED838002 0x0 0x1
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# Get display panel handle.
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if itest.w *0xED838000 == 0xf20; then echo Display is INNO; fdt get value DHANDLE /host1x@50000000/dsi/panel-i-720p-6-2 phandle
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elif itest.w *0xED838000 == 0xf30; then echo Display is AUO; fdt get value DHANDLE /host1x@50000000/dsi/panel-a-720p-6-2 phandle
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elif itest.b *0xED838000 == 0x10; then echo Display is JDI; fdt get value DHANDLE /host1x@50000000/dsi/panel-j-720p-6-2 phandle
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else Display is Unknown; fi
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# Set new active display panel handle.
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if test -n ${DHANDLE}; then echo Setting Display panel; fdt resize 8192; fdt set /host1x@50000000/dsi nvidia,active-panel <$DHANDLE>; fi
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# Set common bootargs
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setenv bootargs_path "init=/init nvdec_enabled=0 usbcore.autosuspend=-1 log_buf_len=4M androidboot.bootloader=${ver_simple} androidboot.hardware=nx androidboot.hardware.sku=icosa androidboot.selinux=permissive androidboot.serialno=${serial#} androidboot.modem=none pcie_aspm=off vpr_resize pmc_reboot2payload.default_payload=reboot_payload.bin pmc_reboot2payload.reboot_action=via-payload pmc_reboot2payload.hekate_config_id=SWANDR pmc_reboot2payload.enabled=1 tegra_fbmem=0x800000@0xf5a00000"
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# gpio 190 = VOL_UP, 191 = VOL_DOWN
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if gpio input 190 && test ${recovery} = "0"; then
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# normal boot
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part start mmc ${mmc_idx} LNX root_part_start
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part size mmc ${mmc_idx} LNX root_part_size
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setenv bootargs "${bootargs_extra} ${bootargs_path} skip_initramfs ro rootwait root=/dev/mmcblk0p${app_part_num_dec} firmware_class.path=/vendor/firmware bluetooth.disable_ertm=1 "
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mmc read 0x98000000 $root_part_start $root_part_size
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bootm 0x98000000 0x98000000 0x8d000000
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else
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# recovery
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part start mmc ${mmc_idx} SOS root_part_start
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part size mmc ${mmc_idx} SOS root_part_size
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setenv bootargs "${bootargs_extra} ${bootargs_path} firmware_class.path=/etc/firmware "
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mmc read 0x98000000 $root_part_start $root_part_size
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bootm 0x98000000 0x98000000 0x8d000000
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fi
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echo \\e Failed to launch kernel!
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echo \\e
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echo \\e Rebooting in 10s...
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sleep 10
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reset
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