mirror of
https://github.com/AsahiLinux/u-boot
synced 2024-11-18 10:48:51 +00:00
b1c2102db1
Move us up to being based on Ubuntu 20.04 "focal" and the latest tag from Ubuntu for this release. For this, we make sure that "python" is now python3 but still include python2.7 for the rx51 qemu build as that is very old and does not support python3. Signed-off-by: Tom Rini <trini@konsulko.com>
296 lines
12 KiB
Bash
Executable file
296 lines
12 KiB
Bash
Executable file
#!/bin/bash -e
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# SPDX-License-Identifier: GPL-2.0+
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# (C) 2020 Pali Rohár <pali@kernel.org>
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# External tools needed for this test:
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echo '
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wget
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git
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truncate
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tar
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dpkg
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dd
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make
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gcc
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arm-linux-gnueabi-gcc
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fakeroot (homepage http://fakeroot-ng.lingnu.com/)
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mcopy (from mtools, homepage http://www.gnu.org/software/mtools/)
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mformat (from mtools, homepage http://www.gnu.org/software/mtools/)
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/usr/sbin/mkfs.ubifs (from mtd-utils, homepage http://www.linux-mtd.infradead.org/)
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/usr/sbin/ubinize (from mtd-utils, homepage http://www.linux-mtd.infradead.org/)
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' | while read tool info; do
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if test -z "$tool"; then continue; fi
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if ! which $tool 1>/dev/null 2>&1; then
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echo "Tool $tool was not found and is required to run this test"
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echo "First install $tool $info"
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exit 1
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fi
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done || exit 1
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echo
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echo "============================================================"
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echo "========== Compiling U-Boot for Nokia RX-51 board =========="
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echo "============================================================"
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echo
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# First compile u-boot.bin binary for Nokia RX-51 board
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make nokia_rx51_config
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make -j4 u-boot.bin ARCH=arm CROSS_COMPILE=arm-linux-gnueabi-
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# And then do all stuff in temporary directory
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mkdir -p nokia_rx51_tmp
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cd nokia_rx51_tmp
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test -f mkimage || ln -s ../tools/mkimage .
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test -f u-boot.bin || ln -s ../u-boot.bin .
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echo
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echo "=========================================================================="
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echo "========== Downloading and compiling qemu from qemu-linaro fork =========="
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echo "=========================================================================="
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echo
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# Download and compile linaro version qemu which has support for n900 machine
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# Last working commit is 8f8d8e0796efe1a6f34cdd83fb798f3c41217ec1
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if ! test -f qemu-system-arm; then
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test -d qemu-linaro || git clone https://git.linaro.org/qemu/qemu-linaro.git
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cd qemu-linaro
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git checkout 8f8d8e0796efe1a6f34cdd83fb798f3c41217ec1
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./configure --enable-system --target-list=arm-softmmu --python=/usr/bin/python2.7 --disable-sdl --disable-gtk --disable-curses --audio-drv-list= --audio-card-list= --disable-werror --disable-xen --disable-xen-pci-passthrough --disable-brlapi --disable-vnc --disable-curl --disable-slirp --disable-kvm --disable-user --disable-linux-user --disable-bsd-user --disable-guest-base --disable-uuid --disable-vde --disable-linux-aio --disable-cap-ng --disable-attr --disable-blobs --disable-docs --disable-spice --disable-libiscsi --disable-smartcard-nss --disable-usb-redir --disable-guest-agent --disable-seccomp --disable-glusterfs --disable-nptl --disable-fdt
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make -j4
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cd ..
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ln -s qemu-linaro/arm-softmmu/qemu-system-arm .
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fi
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echo
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echo "==================================================="
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echo "========== Downloading external binaries =========="
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echo "==================================================="
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echo
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# Download qflasher and nolo images
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# This is proprietary qemu flasher tool with first stage images, but license allows non-commercial redistribution
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wget -c http://repository.maemo.org/qemu-n900/qemu-n900.tar.gz
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tar -xf qemu-n900.tar.gz
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# Download Maemo script u-boot-gen-combined
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if ! test -f u-boot-gen-combined; then
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test -d u-boot-maemo || git clone https://github.com/pali/u-boot-maemo.git
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chmod +x u-boot-maemo/debian/u-boot-gen-combined
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ln -s u-boot-maemo/debian/u-boot-gen-combined .
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fi
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# Download Maemo fiasco kernel
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wget -c http://repository.maemo.org/pool/maemo5.0/free/k/kernel/kernel_2.6.28-20103103+0m5_armel.deb
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dpkg -x kernel_2.6.28-20103103+0m5_armel.deb kernel_2.6.28
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# Download Maemo libc
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wget -c http://repository.maemo.org/pool/maemo5.0/free/g/glibc/libc6_2.5.1-1eglibc27+0m5_armel.deb
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dpkg -x libc6_2.5.1-1eglibc27+0m5_armel.deb libc6_2.5.1
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# Download Maemo busybox
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wget -c http://repository.maemo.org/pool/maemo5.0/free/b/busybox/busybox_1.10.2.legal-1osso30+0m5_armel.deb
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dpkg -x busybox_1.10.2.legal-1osso30+0m5_armel.deb busybox_1.10.2
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echo
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echo "======================================="
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echo "========== Generating images =========="
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echo "======================================="
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echo
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# Generate rootfs directory
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mkdir -p rootfs
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mkdir -p rootfs/dev/
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mkdir -p rootfs/bin/
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mkdir -p rootfs/sbin/
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mkdir -p rootfs/lib/
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cp -a busybox_1.10.2/bin/busybox rootfs/bin/
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cp -a libc6_2.5.1/lib/ld-linux.so.3 rootfs/lib/
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cp -a libc6_2.5.1/lib/ld-2.5.so rootfs/lib/
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cp -a libc6_2.5.1/lib/libc.so.6 rootfs/lib/
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cp -a libc6_2.5.1/lib/libc-2.5.so rootfs/lib/
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cp -a libc6_2.5.1/lib/libcrypt.so.1 rootfs/lib/
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cp -a libc6_2.5.1/lib/libcrypt-2.5.so rootfs/lib/
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test -f rootfs/bin/sh || ln -sf busybox rootfs/bin/sh
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test -f rootfs/sbin/poweroff || ln -sf ../bin/busybox rootfs/sbin/poweroff
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cat > rootfs/sbin/preinit << EOF
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#!/bin/sh
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echo
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echo "Successfully booted"
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echo
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/sbin/poweroff -f
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EOF
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chmod +x rootfs/sbin/preinit
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# Generate ubi config file for ubi rootfs image
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cat > ubi.ini << EOF
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[rootfs]
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mode=ubi
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image=ubifs.img
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vol_id=0
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vol_size=160MiB
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vol_type=dynamic
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vol_name=rootfs
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vol_alignment=1
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vol_flags=autoresize
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EOF
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# Generate ubi rootfs image from rootfs directory
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# NOTE: Character device on host filesystem can be created only by root
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# But we do not need it on host filesystem, just in ubifs image
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# So run mknod and mkfs.ubifs commands under fakeroot program
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# which via LD_PRELOAD simulate mknod() and stat() functions
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# so mkfs.ubifs will see dev/console as character device and
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# put it correctly as character device into final ubifs image
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# Therefore we can run whole script as non-root nobody user
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fakeroot sh -c '
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rm -f rootfs/dev/console;
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mknod rootfs/dev/console c 5 1;
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/usr/sbin/mkfs.ubifs -m 2048 -e 129024 -c 2047 -r rootfs ubifs.img;
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'
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/usr/sbin/ubinize -o ubi.img -p 128KiB -m 2048 -s 512 ubi.ini
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# Generate bootmenu for U-Boot serial console testing
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cat > bootmenu_uboot << EOF
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setenv bootmenu_0 'Serial console test=echo; echo "Testing serial console"; echo; echo "Successfully booted"; echo; poweroff';
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setenv bootmenu_1;
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setenv bootmenu_delay 1;
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setenv bootdelay 1;
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EOF
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./mkimage -A arm -O linux -T script -C none -a 0 -e 0 -n bootmenu_uboot -d bootmenu_uboot bootmenu_uboot.scr
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# Generate bootmenu for eMMC booting
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cat > bootmenu_emmc << EOF
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setenv bootmenu_0 'uImage-2.6.28-omap1 from eMMC=setenv mmcnum 1; setenv mmcpart 1; setenv mmctype fat; setenv bootargs; setenv setup_omap_atag 1; setenv mmckernfile uImage-2.6.28-omap1; run trymmckernboot';
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setenv bootmenu_1;
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setenv bootmenu_delay 1;
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setenv bootdelay 1;
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EOF
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./mkimage -A arm -O linux -T script -C none -a 0 -e 0 -n bootmenu_emmc -d bootmenu_emmc bootmenu_emmc.scr
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# Generate bootmenu for OneNAND booting
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cat > bootmenu_nand << EOF
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setenv bootmenu_0 'uImage-2.6.28-omap1 from OneNAND=mtd read initfs \${kernaddr}; setenv bootargs; setenv setup_omap_atag 1; bootm \${kernaddr}';
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setenv bootmenu_1;
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setenv bootmenu_delay 1;
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setenv bootdelay 1;
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EOF
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./mkimage -A arm -O linux -T script -C none -a 0 -e 0 -n bootmenu_nand -d bootmenu_nand bootmenu_nand.scr
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# Generate combined image from u-boot and Maemo fiasco kernel
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dd if=kernel_2.6.28/boot/zImage-2.6.28-20103103+0m5.fiasco of=zImage-2.6.28-omap1 skip=95 bs=1
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./mkimage -A arm -O linux -T kernel -C none -a 80008000 -e 80008000 -n zImage-2.6.28-omap1 -d zImage-2.6.28-omap1 uImage-2.6.28-omap1
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./u-boot-gen-combined u-boot.bin uImage-2.6.28-omap1 combined.bin
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# Generate combined hack image from u-boot and Maemo fiasco kernel (kernel starts at 2MB offset and qflasher puts 2kB header before supplied image)
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cp u-boot.bin combined_hack.bin
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dd if=uImage-2.6.28-omap1 of=combined_hack.bin bs=1024 seek=$((2048-2))
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# Generate FAT32 eMMC image for U-Boot serial console testing
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truncate -s 50MiB emmc_uboot.img
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mformat -m 0xf8 -F -h 4 -s 16 -c 1 -t $((50*1024*1024/(4*16*512))) :: -i emmc_uboot.img
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mcopy bootmenu_uboot.scr ::/bootmenu.scr -i emmc_uboot.img
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# Generate FAT32 eMMC image for eMMC booting
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truncate -s 50MiB emmc_emmc.img
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mformat -m 0xf8 -F -h 4 -s 16 -c 1 -t $((50*1024*1024/(4*16*512))) :: -i emmc_emmc.img
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mcopy uImage-2.6.28-omap1 ::/uImage-2.6.28-omap1 -i emmc_emmc.img
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mcopy bootmenu_emmc.scr ::/bootmenu.scr -i emmc_emmc.img
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# Generate FAT32 eMMC image for OneNAND booting
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truncate -s 50MiB emmc_nand.img
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mformat -m 0xf8 -F -h 4 -s 16 -c 1 -t $((50*1024*1024/(4*16*512))) :: -i emmc_nand.img
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mcopy bootmenu_nand.scr ::/bootmenu.scr -i emmc_nand.img
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# Generate MTD image for U-Boot serial console testing
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rm -f mtd_uboot.img
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./qflasher -v -x xloader-qemu.bin -s secondary-qemu.bin -k u-boot.bin -m rx51 -o mtd_uboot.img
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# Generate MTD image for RAM booting from bootloader nolo images, compiled image and rootfs image
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rm -f mtd_ram.img
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./qflasher -v -x xloader-qemu.bin -s secondary-qemu.bin -k combined.bin -r ubi.img -m rx51 -o mtd_ram.img
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# Generate MTD image for eMMC booting from bootloader nolo images, u-boot image and rootfs image
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rm -f mtd_emmc.img
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./qflasher -v -x xloader-qemu.bin -s secondary-qemu.bin -k u-boot.bin -r ubi.img -m rx51 -o mtd_emmc.img
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# Generate MTD image for OneNAND booting from bootloader nolo images, combined hacked image and rootfs image
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# Kernel image is put into initfs area, but qflasher reject to copy kernel image into initfs area because it does not have initfs signature
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# This is hack to workaround this problem, tell qflasher that kernel area for u-boot is bigger and put big combined hacked image (u-boot + kernel with correct offset)
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rm -f mtd_nand.img
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./qflasher -v -x xloader-qemu.bin -s secondary-qemu.bin -k combined_hack.bin -r ubi.img -m rx51 -p k=4094,i=2 -o mtd_nand.img
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echo
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echo "======================================================"
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echo "========== Running test images in n900 qemu =========="
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echo "======================================================"
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echo
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# Run MTD image in qemu and wait for 300s if U-Boot prints testing string to serial console and poweroff
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rm -f qemu_uboot.log
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./qemu-system-arm -M n900 -mtdblock mtd_uboot.img -sd emmc_uboot.img -serial /dev/stdout -display none > qemu_uboot.log &
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qemu_pid=$!
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tail -F qemu_uboot.log &
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tail_pid=$!
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sleep 300 &
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sleep_pid=$!
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wait -n $sleep_pid $qemu_pid || true
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kill -9 $tail_pid $sleep_pid $qemu_pid 2>/dev/null || true
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wait || true
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# Run MTD image in qemu and wait for 300s if kernel from RAM is correctly booted
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rm -f qemu_ram.log
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./qemu-system-arm -M n900 -mtdblock mtd_ram.img -serial /dev/stdout -display none > qemu_ram.log &
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qemu_pid=$!
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tail -F qemu_ram.log &
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tail_pid=$!
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sleep 300 &
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sleep_pid=$!
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wait -n $sleep_pid $qemu_pid || true
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kill -9 $tail_pid $sleep_pid $qemu_pid 2>/dev/null || true
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wait || true
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# Run MTD image in qemu and wait for 300s if kernel from eMMC is correctly booted
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rm -f qemu_emmc.log
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./qemu-system-arm -M n900 -mtdblock mtd_emmc.img -sd emmc_emmc.img -serial /dev/stdout -display none > qemu_emmc.log &
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qemu_pid=$!
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tail -F qemu_emmc.log &
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tail_pid=$!
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sleep 300 &
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sleep_pid=$!
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wait -n $sleep_pid $qemu_pid || true
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kill -9 $tail_pid $sleep_pid $qemu_pid 2>/dev/null || true
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wait || true
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# Run MTD image in qemu and wait for 300s if kernel from OneNAND is correctly booted
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rm -f qemu_nand.log
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./qemu-system-arm -M n900 -mtdblock mtd_nand.img -sd emmc_nand.img -serial /dev/stdout -display none > qemu_nand.log &
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qemu_pid=$!
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tail -F qemu_nand.log &
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tail_pid=$!
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sleep 300 &
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sleep_pid=$!
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wait -n $sleep_pid $qemu_pid || true
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kill -9 $tail_pid $sleep_pid $qemu_pid 2>/dev/null || true
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wait || true
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echo
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echo "============================="
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echo "========== Results =========="
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echo "============================="
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echo
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if grep -q 'Successfully booted' qemu_uboot.log; then echo "U-Boot serial console is working"; else echo "U-Boot serial console test failed"; fi
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if grep -q 'Successfully booted' qemu_ram.log; then echo "Kernel was successfully booted from RAM"; else echo "Failed to boot kernel from RAM"; fi
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if grep -q 'Successfully booted' qemu_emmc.log; then echo "Kernel was successfully booted from eMMC"; else echo "Failed to boot kernel from eMMC"; fi
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if grep -q 'Successfully booted' qemu_nand.log; then echo "Kernel was successfully booted from OneNAND"; else echo "Failed to boot kernel from OneNAND"; fi
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echo
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if grep -q 'Successfully booted' qemu_uboot.log && grep -q 'Successfully booted' qemu_ram.log && grep -q 'Successfully booted' qemu_emmc.log && grep -q 'Successfully booted' qemu_nand.log; then
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echo "All tests passed"
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exit 0
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else
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echo "Some tests failed"
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exit 1
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fi
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