60 lines
1.4 KiB
Bash
Executable File
60 lines
1.4 KiB
Bash
Executable File
#!/bin/sh
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# Build SD card image
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IMAGE="${1}" # For example "boot-bananapi.bin"
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DEFCONFIG="${2}" # For example "Bananapi_defconfig"
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TUPLE="${3}" # For example "arm-linux-gnueabihf"
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set -e
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# Create fresh empty directory
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TMP=$(mktemp -d tmp.XXXXXX)
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cd "${TMP}"
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build-image tmp.img
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build-u_boot "${DEFCONFIG}" "${TUPLE}"
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# Write Raspberry Pi boot config
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cat << EOF > config.txt
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kernel=u-boot.bin
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boot_delay=0
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boot_delay_ms=100
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gpu_mem=16
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enable_uart=1
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EOF
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if [ "${TUPLE}" = "aarch64-linux-gnu" ]
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then
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echo "arm_64bit=1" >> config.txt
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fi
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# Download Raspberry Pi boot files
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FIRMWARE="https://github.com/raspberrypi/firmware/raw/stable"
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wget -nv "${FIRMWARE}/boot/fixup.dat" \
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"${FIRMWARE}/boot/fixup_x.dat" \
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"${FIRMWARE}/boot/fixup_cd.dat" \
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"${FIRMWARE}/boot/fixup_db.dat" \
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"${FIRMWARE}/boot/start.elf" \
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"${FIRMWARE}/boot/start_x.elf" \
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"${FIRMWARE}/boot/start_cd.elf" \
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"${FIRMWARE}/boot/start_db.elf" \
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"${FIRMWARE}/boot/bootcode.bin"
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# Magic thing to get debug output
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sed -i -e "s/BOOT_UART=0/BOOT_UART=1/" bootcode.bin
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# Create empty FAT partition
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rm -f vfat.img
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fallocate -l 31MiB vfat.img
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mkfs.vfat vfat.img
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# Copy boot files to FAT partition
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mcopy -v -i vfat.img u-boot/u-boot.bin config.txt fixup*.dat start*.elf bootcode.bin ::
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# Copy FAT partition to image
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dd if=vfat.img of=tmp.img bs=1K seek=1K
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truncate -s 32M tmp.img
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gzip tmp.img
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cp tmp.img.gz "${IMAGE}.bin.gz"
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