243 lines
7.8 KiB
Plaintext
243 lines
7.8 KiB
Plaintext
#
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# U-Boot script for installing Linux images created by Yocto from a USB stick
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# into the eMMC
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#
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# Reset temp variables
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install_abort=0
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BASEFILENAME=0
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# Since SOMs with the B0 SOC might have an older U-Boot that doesn't export the
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# SOC revision to the environment, use B0 by default
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if test -z "${soc_rev}"; then
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setenv soc_rev B0
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fi
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# In case this script is used to update to a newer release whose imx-boot file
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# is not recognized by the SECO fw check, bypass it by default. The script has
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# the necessary logic to choose the correct imx-boot file for the target's SOC.
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setenv skip-uboot-check "yes"
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# Determine U-Boot file to program basing on SOM's RAM size and SOC type (linked to bus width)
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bus_width="32bit"
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if test -n "${module_ram}" && test -n "${soc_type}"; then
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if test "${soc_type}" = "imx8dx"; then
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bus_width="16bit"
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fi
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setenv INSTALL_UBOOT_FILENAME imx-boot-##MACHINE##-${soc_rev}-${module_ram}_${bus_width}.bin;
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else
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# Determine U-Boot file to program basing on SOM's variant
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if test -n "${module_variant}"; then
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if test "${module_variant}" = "0x01"; then
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setenv INSTALL_UBOOT_FILENAME imx-boot-##MACHINE##-${soc_rev}-1GB_32bit.bin;
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elif test "${module_variant}" = "0x02"; then
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setenv INSTALL_UBOOT_FILENAME imx-boot-##MACHINE##-${soc_rev}-2GB_32bit.bin;
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elif test "${module_variant}" = "0x03"; then
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setenv INSTALL_UBOOT_FILENAME imx-boot-##MACHINE##-${soc_rev}-2GB_32bit.bin;
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elif test "${module_variant}" = "0x04"; then
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setenv INSTALL_UBOOT_FILENAME imx-boot-##MACHINE##-${soc_rev}-1GB_16bit.bin;
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elif test "${module_variant}" = "0x05"; then
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setenv INSTALL_UBOOT_FILENAME imx-boot-##MACHINE##-${soc_rev}-1GB_16bit.bin;
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elif test "${module_variant}" = "0x06"; then
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setenv INSTALL_UBOOT_FILENAME imx-boot-##MACHINE##-${soc_rev}-512MB_16bit.bin;
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elif test "${module_variant}" = "0x07"; then
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setenv INSTALL_UBOOT_FILENAME imx-boot-##MACHINE##-${soc_rev}-1GB_32bit.bin;
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elif test "${module_variant}" = "0x08"; then
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setenv INSTALL_UBOOT_FILENAME imx-boot-##MACHINE##-${soc_rev}-1GB_32bit.bin;
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elif test "${module_variant}" = "0x09"; then
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setenv INSTALL_UBOOT_FILENAME imx-boot-##MACHINE##-${soc_rev}-512MB_16bit.bin;
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elif test "${module_variant}" = "0x0A"; then
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setenv INSTALL_UBOOT_FILENAME imx-boot-##MACHINE##-${soc_rev}-1GB_16bit.bin;
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elif test "${module_variant}" = "0x0B"; then
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setenv INSTALL_UBOOT_FILENAME imx-boot-##MACHINE##-${soc_rev}-1GB_16bit.bin;
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fi
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fi
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fi
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# Use 'test -n ...' because 'test -z ...' does not work well on old versions of
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# u-boot when the checked value is empty.
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if test -n "${INSTALL_UBOOT_FILENAME}"; then
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true;
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else
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echo "";
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echo "[ERROR] Cannot determine U-Boot file for this module!";
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echo "";
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echo "1. Set variable 'INSTALL_UBOOT_FILENAME' depending on your ConnectCore 8X variant:";
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echo " - For a QuadXPlus CPU with 1GB LPDDR4, run:";
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echo " => setenv INSTALL_UBOOT_FILENAME imx-boot-##MACHINE##-${soc_rev}-1GB_32bit.bin";
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echo " - For a QuadXPlus CPU with 2GB LPDDR4, run:";
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echo " => setenv INSTALL_UBOOT_FILENAME imx-boot-##MACHINE##-${soc_rev}-2GB_32bit.bin";
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echo " - For a DualX CPU with 1GB LPDDR4, run:";
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echo " => setenv INSTALL_UBOOT_FILENAME imx-boot-##MACHINE##-${soc_rev}-1GB_16bit.bin";
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echo " - For a DualX CPU with 512MB LPDDR4, run:";
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echo " => setenv INSTALL_UBOOT_FILENAME imx-boot-##MACHINE##-${soc_rev}-512MB_16bit.bin";
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echo "";
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echo "2. Run the install script again.";
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echo "";
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echo "Aborted";
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echo "";
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exit;
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fi;
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setenv INSTALL_USBDEV 0
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if test -z "${image-name}"; then
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setenv image-name ##DEFAULT_IMAGE_NAME##
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fi
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GRAPHICAL_IMAGES="##GRAPHICAL_IMAGES##"
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for g in ${GRAPHICAL_IMAGES}; do
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if test "${image-name}" = "${g}"; then
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BASEFILENAME="${image-name}-##GRAPHICAL_BACKEND##"
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fi
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done
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if test "${BASEFILENAME}" = "0"; then
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BASEFILENAME="${image-name}"
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fi
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setenv INSTALL_LINUX_FILENAME ${BASEFILENAME}-##MACHINE##.boot.vfat
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setenv INSTALL_RECOVERY_FILENAME ${BASEFILENAME}-##MACHINE##.recovery.vfat
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setenv INSTALL_ROOTFS_FILENAME ${BASEFILENAME}-##MACHINE##.ext4
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# Check for presence of firmware files on the USB
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for install_f in ${INSTALL_UBOOT_FILENAME} ${INSTALL_LINUX_FILENAME} ${INSTALL_RECOVERY_FILENAME} ${INSTALL_ROOTFS_FILENAME}; do
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if test ! -e usb ${INSTALL_USBDEV} ${install_f}; then
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echo "ERROR: Could not find file ${install_f}";
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install_abort=1;
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fi;
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done
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if test "${install_abort}" = "1"; then
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echo "Aborted.";
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exit;
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fi
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echo "############################################################"
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echo "# Linux firmware install from USB #"
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echo "############################################################"
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echo ""
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echo " This process will erase your eMMC and will install the following files"
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echo " on the partitions of the eMMC."
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echo ""
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echo " PARTITION FILENAME"
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echo " --------- --------"
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echo " bootloader ${INSTALL_UBOOT_FILENAME}"
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echo " linux ${INSTALL_LINUX_FILENAME}"
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echo " recovery ${INSTALL_RECOVERY_FILENAME}"
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echo " rootfs ${INSTALL_ROOTFS_FILENAME}"
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echo ""
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echo " Press CTRL+C now if you wish to abort or wait 10 seconds"
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echo " to continue."
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sleep 10
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if test $? -eq 1; then
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echo "Aborted by user.";
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exit;
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fi
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# Skip user confirmation for U-Boot update
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setenv forced_update 1
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# Set bootdelay to zero so that firmware update is run immediately after
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# the first reset.
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setenv bootdelay 0
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# Set target MMC device index to eMMC
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setenv mmcdev 0
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# Update U-Boot
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echo ""
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echo ""
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echo ">> Installing U-Boot boot loader image ${INSTALL_UBOOT_FILENAME} (target will reset)"
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echo ""
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echo ""
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update uboot usb ${INSTALL_USBDEV} ${INSTALL_UBOOT_FILENAME}
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if test $? -eq 1; then
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# Use old-style update with source file system argument
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update uboot mmc ${INSTALL_USBDEV} fat ${INSTALL_UBOOT_FILENAME}
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if test $? -eq 1; then
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echo "[ERROR] Failed to update U-Boot boot loader!";
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echo "";
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echo "Aborted.";
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exit;
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fi
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fi
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# Set 'bootcmd' to the second part of the script that will
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# - Reset environment to defaults
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# - Save the environment
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# - Force on-the-fly updates to avoid possible verification errors
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# - Partition the eMMC user data area for Linux
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# - Update the 'linux' partition
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# - Update the 'recovery' partition
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# - Update the 'rootfs' partition
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# - Configure recovery to wipe 'update' partition
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# - Disable on-the-fly updates
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# - Run 'recovery' and let the system boot after
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setenv bootcmd "
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env default -a;
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saveenv;
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setenv otf-update yes;
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echo \"\";
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echo \"\";
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echo \">> Creating Linux partition table on the eMMC\";
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echo \"\";
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echo \"\";
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run partition_mmc_linux;
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if test \$? -eq 1; then
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echo \"[ERROR] Failed to create Linux partition table!\";
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echo \"\";
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echo \"Aborted.\";
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exit;
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fi;
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usb start;
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echo \"\";
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echo \"\";
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echo \">> Installing linux image file ${INSTALL_LINUX_FILENAME}\";
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echo \"\";
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echo \"\";
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update linux usb ${INSTALL_USBDEV} ${INSTALL_LINUX_FILENAME};
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if test \$? -eq 1; then
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echo \"[ERROR] Failed to update linux partition!\";
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echo \"\";
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echo \"Aborted.\";
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exit;
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fi;
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echo \"\";
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echo \"\";
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echo \">> Installing recovery file ${INSTALL_RECOVERY_FILENAME}\";
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echo \"\";
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echo \"\";
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update recovery usb ${INSTALL_USBDEV} ${INSTALL_RECOVERY_FILENAME};
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if test \$? -eq 1; then
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echo \"[ERROR] Failed to update recovery partition!\";
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echo \"\";
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echo \"Aborted.\";
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exit;
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fi;
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echo \"\";
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echo \"\";
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echo \">> Installing root file system file ${INSTALL_ROOTFS_FILENAME}\";
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echo \"\";
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echo \"\";
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update rootfs usb ${INSTALL_USBDEV} ${INSTALL_ROOTFS_FILENAME};
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if test \$? -eq 1; then
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echo \"[ERROR] Failed to update rootfs partition!\";
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echo \"\";
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echo \"Aborted.\";
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exit;
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fi;
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echo \"\";
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setenv boot_recovery yes;
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setenv recovery_command wipe_update;
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setenv otf-update;
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saveenv;
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echo \"\";
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echo \"\";
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echo \">> Firmware installation complete. Rebooting into recovery mode for final deployment.\";
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echo \"\";
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echo \"\";
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sleep 1;
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reset;
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"
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saveenv
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reset
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