slipgrubcfgs(){ # some dedicated servers need by-uuid but not by-devicename,so we use the regluar one # and in orcarm platform, in case there is a no suitable video mode found error cat > $chrootdir/boot/grub/grub.cfg <<'EOF' ### BEGIN /etc/grub.d/00_header ### if [ -s $prefix/grubenv ]; then set have_grubenv=true load_env fi if [ "${next_entry}" ] ; then set default="${next_entry}" set next_entry= save_env next_entry set boot_once=true else set default="0" fi if [ x"${feature_menuentry_id}" = xy ]; then menuentry_id_option="--id" else menuentry_id_option="" fi export menuentry_id_option if [ "${prev_saved_entry}" ]; then set saved_entry="${prev_saved_entry}" save_env saved_entry set prev_saved_entry= save_env prev_saved_entry set boot_once=true fi function savedefault { if [ -z "${boot_once}" ]; then saved_entry="${chosen}" save_env saved_entry fi } function load_video { if [ x$feature_all_video_module = xy ]; then insmod all_video else insmod efi_gop insmod efi_uga insmod ieee1275_fb insmod vbe insmod vga insmod video_bochs insmod video_cirrus fi } ## added to template 00_header # load common disk partation and file system function load_sas { insmod part_gpt insmod part_msdos insmod exfat insmod ext2 insmod fat insmod iso9660 insmod btrfs insmod lvm insmod dm_nv insmod mdraid09_be insmod mdraid09 insmod mdraid1x insmod raid5rec insmod raid6rec } #Set superuser and password set superusers=admin password_pbkdf2 admin grub.pbkdf2.sha512.10000.7E4B108C243BC281A5D40E3694F70B15FB7765487E0711BAD442657AB0D1094233ABA74A75DBBA3CA49FD4A658FF59A95E4C822790D17B3C290887E8B6D02842.E23AB60D6CAF38CFC75D1C65E8A817088883AF0A6C6A3864CAD6D2DF2AB15303A0AF981B9003B67FECEF1CA2BCB2F577B1B06881067B08315813FF3129C818DC ## end added to template 00_header if [ x$feature_default_font_path = xy ] ; then font=unicode else load_sas set root=(hd0,gptBOOTPARTNO) if [ x$feature_platform_search_hint = xy ]; then search --no-floppy --fs-uuid --set=root --hint-bios=hd0,gptBOOTPARTNO --hint-efi=hd0,gptBOOTPARTNO --hint-baremetal=ahci0,gptBOOTPARTNO BOOTFSUUID else search --no-floppy --fs-uuid --set=root BOOTFSUUID fi font="/usr/share/grub/unicode.pf2" fi if loadfont $font ; then set gfxmode=auto load_video insmod gfxterm set locale_dir=$prefix/locale set lang=en_US insmod gettext fi terminal_output gfxterm if [ "${recordfail}" = 1 ] ; then set timeout=30 else if [ x$feature_timeout_style = xy ] ; then set timeout_style=menu set timeout=5 # Fallback normal timeout code in case the timeout_style feature is # unavailable. else set timeout=5 fi fi ### END /etc/grub.d/00_header ### ### BEGIN /etc/grub.d/05_debian_theme ### load_sas set root=(hd0,gptBOOTPARTNO) if [ x$feature_platform_search_hint = xy ]; then search --no-floppy --fs-uuid --set=root --hint-bios=hd0,gptBOOTPARTNO --hint-efi=hd0,gptBOOTPARTNO --hint-baremetal=ahci0,gptBOOTPARTNO BOOTFSUUID else search --no-floppy --fs-uuid --set=root BOOTFSUUID fi insmod png if background_image /usr/share/desktop-base/futureprototype-theme/grub/grub-4x3.png; then set color_normal=white/black set color_highlight=black/white else set menu_color_normal=cyan/blue set menu_color_highlight=white/blue fi ### END /etc/grub.d/05_debian_theme ### ### BEGIN /etc/grub.d/10_linux ### function gfxmode { set gfxpayload="${1}" } set linux_gfx_mode= export linux_gfx_mode menuentry 'start devdeskos' --unrestricted --class debian --class gnu-linux --class gnu --class os $menuentry_id_option 'gnulinux-simple-BOOTFSUUID' { load_video insmod gzio if [ x$grub_platform = xxen ]; then insmod xzio; insmod lzopio; fi load_sas set root=(hd0,gptBOOTPARTNO) if [ x$feature_platform_search_hint = xy ]; then search --no-floppy --fs-uuid --set=root --hint-bios=hd0,gptBOOTPARTNO --hint-efi=hd0,gptBOOTPARTNO --hint-baremetal=ahci0,gptBOOTPARTNO BOOTFSUUID else search --no-floppy --fs-uuid --set=root BOOTFSUUID fi echo 'Loading ...' linux /vmlinuz root=UUID=ROOTFSUUID console=ttyS0,115200n8 console=tty0 net.ifnames=0 biosdevname=0 live=core slax.flags=perch cgroup_enable=memory cgroup_memory=1 swapaccount=1 ro quiet initrd /initrfs.img } menuentry 'start devdeskos (gui)' --unrestricted --class debian --class gnu-linux --class gnu --class os $menuentry_id_option 'gnulinux-simple-BOOTFSUUID' { load_video insmod gzio if [ x$grub_platform = xxen ]; then insmod xzio; insmod lzopio; fi load_sas set root=(hd0,gptBOOTPARTNO) if [ x$feature_platform_search_hint = xy ]; then search --no-floppy --fs-uuid --set=root --hint-bios=hd0,gptBOOTPARTNO --hint-efi=hd0,gptBOOTPARTNO --hint-baremetal=ahci0,gptBOOTPARTNO BOOTFSUUID else search --no-floppy --fs-uuid --set=root BOOTFSUUID fi echo 'Loading ...' linux /vmlinuz root=UUID=ROOTFSUUID console=ttyS0,115200n8 console=tty0 net.ifnames=0 biosdevname=0 live=gui slax.flags=perch cgroup_enable=memory cgroup_memory=1 swapaccount=1 ro quiet initrd /initrfs.img } submenu 'start devdeskos recovery' --users admin $menuentry_id_option 'gnulinux-advanced-BOOTFSUUID' { echo "dangerous area,please be clear what you are doing before 100s auto enter,or press esc to quick confirm..." echo echo if sleep --interruptible 100 ; then set timeout=0 fi menuentry 'reinstall devdeskos' --class debian --class gnu-linux --class gnu --class os $menuentry_id_option 'gnulinux-5.10.0-22-amd64-advanced-BOOTFSUUID' { load_video insmod gzio if [ x$grub_platform = xxen ]; then insmod xzio; insmod lzopio; fi load_sas set root=(hd0,gptBOOTPARTNO) if [ x$feature_platform_search_hint = xy ]; then search --no-floppy --fs-uuid --set=root --hint-bios=hd0,gptBOOTPARTNO --hint-efi=hd0,gptBOOTPARTNO --hint-baremetal=ahci0,gptBOOTPARTNO BOOTFSUUID else search --no-floppy --fs-uuid --set=root BOOTFSUUID fi echo 'Loading ...' linux /vmlinuz root=UUID=ROOTFSUUID console=ttyS0,115200n8 console=tty0 net.ifnames=0 biosdevname=0 debian-installer/framebuffer=false DEBIAN_FRONTEND=text auto=true hostname=debian domain= -- quiet initrd /initrfs.img } menuentry 'erase data volume' --class debian --class gnu-linux --class gnu --class os $menuentry_id_option 'gnulinux-5.10.0-22-amd64-recovery-BOOTFSUUID' { load_video insmod gzio if [ x$grub_platform = xxen ]; then insmod xzio; insmod lzopio; fi load_sas set root=(hd0,gptBOOTPARTNO) if [ x$feature_platform_search_hint = xy ]; then search --no-floppy --fs-uuid --set=root --hint-bios=hd0,gptBOOTPARTNO --hint-efi=hd0,gptBOOTPARTNO --hint-baremetal=ahci0,gptBOOTPARTNO BOOTFSUUID else search --no-floppy --fs-uuid --set=root BOOTFSUUID fi echo 'Loading ...' linux /vmlinuz root=UUID=ROOTFSUUID ro single initrd /initrfs.img } } ### END /etc/grub.d/10_linux ### EOF cat > $chrootdir/boot/EFI/boot/grub.cfg <<'EOF' # redirect only the grub files to let two set of grub shedmas coexists search --label "ROM" --set root configfile ($root)/grub/grub.cfg EOF } sliplinuxlive(){ # slip begin sed -e "/esac/i\\\t\\tlive=*)\n\t\t\tinit=/init-live\${i#live=} ;;" -i p4/extracted/init cat > p4/extracted/init-livecore <<'EOF' #!/bin/sh # Initial script for Linux Live Kit # Author: Tomas M export PATH=.:/:/usr/sbin:/usr/bin:/sbin:/bin . /lib/debian-live/config . /lib/debian-live/livekitlib transfer_initramfs exp=1 expfull=01-core MEMORY=/run/memory CHANGES=$MEMORY/changes$exp UNION=$MEMORY/union SYSMNT=$MEMORY/sys DATAMNT=$MEMORY/data BUNDLES=$MEMORY/bundles # you can also use a separated datavol holding changes,add here the logics instead of use above intree memory/changes,and patch the persistent_changes to mount it # MEMORY2=/data # CHANGES2=$MEMORY2/changes header "$LIVEKITNAME init " init_proc_sysfs debug_start debug_shell # load some modules manually first, then modprobe everything we have init_devs init_aufs init_zram # modprobe all devices excluding network drivers modprobe_everything #modprobe_everything -v /drivers/net/ # find data dir with filesystem bundles SYS="$(find_data 5 "$SYSMNT" "$LIVEKITNAME" "01-core")" check_data_found "$SYS" # infact we can directly calc the next volname based on sysmnt to dertermin the data dir here, hence reducing boot time DATA="$(find_data 5 "$DATAMNT" "$LIVEKITNAME"d "changes1")" check_data_found "$DATA" debug_shell # setup persistent changes, if possible persistent_changes "$DATA" "$CHANGES" debug_shell # copy to RAM if needed DATA="$(copy_to_ram "$DATA" "$CHANGES")" debug_shell # init aufs union init_union "$CHANGES" "$UNION" "$exp" debug_shell # only for aufs,just comment # add data to union # mount -o remount,add:1:"$DATA/01-core" aufs "$UNION" # union_append_bundles "$DATA" "$BUNDLES" "$UNION" debug_shell # rootcopy #copy_rootcopy_content /initrd "$UNION" # mount -o remount,add:1:/initrd aufs "$UNION" # create fstab fstab_create "$UNION" "$DATAMNT" debug_shell header "$LIVEKITNAME init done, starting os" change_root "$UNION" header "!!ERROR occured, you shouldn't be here.!!" /bin/sh EOF cat > p4/extracted/init-livegui <<'EOF' #!/bin/sh # Initial script for Linux Live Kit # Author: Tomas M export PATH=.:/:/usr/sbin:/usr/bin:/sbin:/bin . /lib/debian-live/config . /lib/debian-live/livekitlib transfer_initramfs exp=2 expfull=02-gui MEMORY=/run/memory CHANGES=$MEMORY/changes$exp UNION=$MEMORY/union SYSMNT=$MEMORY/sys DATAMNT=$MEMORY/data BUNDLES=$MEMORY/bundles # you can also use a separated datavol holding changes,add here the logics instead of use above intree memory/changes,and patch the persistent_changes to mount it # MEMORY2=/data # CHANGES2=$MEMORY2/changes header "$LIVEKITNAME init " init_proc_sysfs debug_start debug_shell # load some modules manually first, then modprobe everything we have init_devs init_aufs init_zram # modprobe all devices excluding network drivers modprobe_everything #modprobe_everything -v /drivers/net/ # find data dir with filesystem bundles SYS="$(find_data 5 "$SYSMNT" "$LIVEKITNAME" "01-core")" check_data_found "$SYS" # infact we can directly calc the next volname based on sysmnt to dertermin the data dir here, hence reducing boot time DATA="$(find_data 5 "$DATAMNT" "$LIVEKITNAME"d "changes1")" check_data_found "$DATA" debug_shell # setup persistent changes, if possible persistent_changes "$DATA" "$CHANGES" debug_shell # copy to RAM if needed DATA="$(copy_to_ram "$DATA" "$CHANGES")" debug_shell # init aufs union init_union "$CHANGES" "$UNION" "$exp" debug_shell # only for aufs,just comment # add data to union # mount -o remount,add:1:"$DATA/01-core" aufs "$UNION" # union_append_bundles "$DATA" "$BUNDLES" "$UNION" debug_shell # rootcopy #copy_rootcopy_content /initrd "$UNION" # mount -o remount,add:1:/initrd aufs "$UNION" # create fstab fstab_create "$UNION" "$DATAMNT" debug_shell header "$LIVEKITNAME init done, starting os" change_root "$UNION" header "!!ERROR occured, you shouldn't be here.!!" /bin/sh EOF # cp -aR /home/runner/work/minlearnmonorepobuild/minlearnmonorepobuild/p/inst/lib-debian-live/debian-live lib mkdir -p p4/extracted/lib/debian-live/ cat > p4/extracted/lib/debian-live/config <<'EOF' #!/bin/bash # This is a config file for Linux Live Kit build script. # You shouldn't need to change anything expect LIVEKITNAME # Live Kit Name. Defaults to 'linux'; # This will be the name of the directory created on your CD/USB, which # will contain everything including boot files and such. # For example, Slax changes it to 'slax' # Must not contain any spaces. # If you change it, you must run ./tools/isolinux.bin.update script # in order to update isolinux.bin for CD booting. # If you do not need booting from CD (eg you're booting only from USB) # then you can ignore recompiling isolinux.bin, just rename LIVEKITNAME # and you're done. LIVEKITNAME="onekeydevdesk" # Kernel file, will be copied to your Live Kit # Your kernel must support aufs and squashfs. Debian Jessie's kernel is ready # out of the box. VMLINUZ=/vmlinuz # Kernel version. Change it to "3.2.28" for example, if you are building # Live Kit with a different kernel than the one you are actually running KERNEL=$(uname -r) # List of directories for root filesystem # No subdirectories are allowed, no slashes, # so You can't use /var/tmp here for example # Exclude directories like proc sys tmp MKMOD="bin etc home lib lib64 opt root sbin srv usr var" # If you require network support in initrd, for example to boot over # PXE or to load data using 'from' boot parameter from a http server, # you will need network modules included in your initrd. # This is disabled by default since most people won't need it. # To enable, set to true NETWORK=false # Temporary directory to store livekit filesystem LIVEKITDATA=/tmp/$LIVEKITNAME-data-$$ # Bundle extension, for example 'sb' for .sb extension BEXT=ldeb # Directory with kernel .ko modules, can be different in some distros LMK="lib/modules/$KERNEL" EOF cat > p4/extracted/lib/debian-live/livekitlib <<'EOF' #!/bin/sh # Functions library :: for Linux Live Kit scripts # Author: Tomas M. # # ================================================================= # debug and output functions # ================================================================= debug_start() { if grep -q debug /proc/cmdline; then DEBUG_IS_ENABLED=1 set -x else DEBUG_IS_ENABLED= fi } debug_log() { if [ "$DEBUG_IS_ENABLED" ]; then echo "- debug: $*" >&2 log "- debug: $*" fi } # header # $1 = text to show # header() { echo """$@""" } # echo green star # echo_green_star() { echo -ne """* """ } # log - store given text in /var/log/livedbg log() { echo "$@" 2>/dev/null >>/var/log/livedbg } echolog() { echo "$@" log "$@" } # show information about the debug shell show_debug_banner() { echo echo "=====" echo ": Debugging started. Here is the root shell for you." echo ": Type your desired commands or hit Ctrl+D to continue booting." echo } # debug_shell # executed when debug boot parameter is present # debug_shell() { if [ "$DEBUG_IS_ENABLED" ]; then show_debug_banner setsid sh -c 'exec sh < /dev/tty1 >/dev/tty1 2>&1' echo fi } fatal() { echolog header "Fatal error occured - $1" echolog "Something went wrong and we can't continue. This should never happen." echolog "Please reboot your computer with Ctrl+Alt+Delete ..." echolog setsid sh -c 'exec sh < /dev/tty1 >/dev/tty1 2>&1' } # get value of commandline parameter $1 # $1 = parameter to search for # cmdline_value() { cat /proc/cmdline | egrep -o "(^|[[:space:]])$1=[^[:space:]]+" | tr -d " " | cut -d "=" -f 2- | tail -n 1 } # test if the script is started by root user. If not, exit # allow_only_root() { if [ "0$UID" -ne 0 ]; then echo "Only root can run $(basename $0)"; exit 1 fi } # Create bundle # call mksquashfs with apropriate arguments # $1 = directory which will be compressed to squashfs bundle # $2 = output file # $3..$9 = optional arguments like -keep-as-directory or -b 123456789 # create_bundle() { debug_log "create_module" "$*" rm -f "$2" # overwrite, never append to existing file mksquashfs "$1" "$2" -comp xz -b 1024K -always-use-fragments $3 $4 $5 $6 $7 $8 $9>/dev/null } # Move entire initramfs tree to tmpfs mount. # It's a bit tricky but is necessray to enable pivot_root # even for initramfs boot image # transfer_initramfs() { if [ ! -r /lib/initramfs_escaped ]; then echo "switch root from initramfs to ramfs" SWITCH=/m # one letter directory mkdir -p $SWITCH mount -t tmpfs -o size="100%" tmpfs $SWITCH #cp -a /??* $SWITCH 2>/dev/null # only copy two-and-more-letter directories mkdir -p $SWITCH/dev $SWITCH/proc $SWITCH/run $SWITCH/tmp $SWITCH/sys # $SWITCH/initrd cp -a /bin /etc /lib /lib64 /media /mnt /sbin /usr /var /init* $SWITCH # only copy two-and-more-letter directories cp /dev/null $SWITCH/dev mknod -m666 $SWITCH/dev/console c 5 1 # mv /initrd/* $SWITCH/initrd cd $SWITCH echo "This file indicates that we successfully escaped initramfs" > $SWITCH/lib/initramfs_escaped # exec switch_root . /bin/sh exec switch_root -c /dev/console . $0 fi } # mount virtual filesystems like proc etc # init_proc_sysfs() { debug_log "init_proc_sysfs" "$*" mkdir -p /proc /sys /etc $MEMORY mount -n -t proc proc /proc echo "0" >/proc/sys/kernel/printk mount -n -t sysfs sysfs /sys mount -n -o remount,rw rootfs / ln -sf /proc/mounts /etc/mtab } # modprobe all modules found in initial ramdisk # $1 = -e for match, -v for negative match # $2 = regex pattern # modprobe_everything() { debug_log "modprobe_everything" "$*" echo_green_star >&2 echo "Probing for hardware" >&2 # find /lib/modules/ | fgrep .ko | egrep $1 $2 | sed -r "s:^.*/|[.]ko\$::g" | xargs -n 1 modprobe 2>/dev/null find /lib/modules/ | fgrep .ko | sed -r "s:^.*/|[.]ko\$::g" | sed "s/.ko//g" | xargs -n 1 modprobe 2>/dev/null refresh_devs } refresh_devs() { debug_log "refresh_devs" "$*" #if [ -r /proc/sys/kernel/hotplug ]; then # echo /sbin/mdev > /proc/sys/kernel/hotplug #fi #mdev -s /lib/debian-installer/start-udev } # make sure some devices are there init_devs() { debug_log "init_devs" "$*" modprobe zram 2>/dev/null modprobe loop 2>/dev/null modprobe squashfs 2>/dev/null modprobe fuse 2>/dev/null refresh_devs } # Activate zram (auto-compression of RAM) # Compressed RAM consumes 1/2 or even 1/4 of original size # Setup static size of 500MB # init_zram() { debug_log "init_zram" "$*" echo_green_star echo "Setting dynamic RAM compression using ZRAM if available" if [ -r /sys/block/zram0/disksize ]; then echo 536870912 > /sys/block/zram0/disksize # 512MB mkswap /dev/zram0 >/dev/null swapon /dev/zram0 echo 100 > /proc/sys/vm/swappiness fi } # load the AUFS kernel module if needed # init_aufs() { debug_log "init_aufs" "$*" # TODO maybe check here if aufs support is working at all # and produce useful error message if user has no aufs modprobe overlay 2>/dev/null refresh_devs } # Setup empty union # $1 = changes directory (ramfs or persistent changes) # $2 = union directory where to mount the union # $3 = coreonly,corewithgui? # init_union() { debug_log "init_union" "$*" echo_green_star echo "Setting up union using AUFS" mkdir -p "$1/changes" "$1/workdir" mkdir -p "$2" # the lowerdirs order is important mount -t overlay overlay -o lowerdir=$(if [ $3 == 2 ]; then echo -n $SYS/02-gui:; fi)$SYS/01-core,upperdir=$1/changes,workdir=$1/workdir $2 } # Return device mounted for given directory # $1 = directory # mounted_device() { debug_log "mounted_device" "$*" local MNT TARGET MNT="$1" while [ "$MNT" != "/" -a "$MNT" != "." -a "$MNT" != "" ]; do TARGET="$(grep -F " $MNT " /proc/mounts | cut -d " " -f 1)" if [ "$TARGET" != "" ]; then echo "$TARGET" return fi MNT="$(dirname "$MNT")" done } # Return mounted dir for given directory # $1 = directory # mounted_dir() { debug_log "mounted_dir" "$*" local MNT MNT="$1" while [ "$MNT" != "/" -a "$MNT" != "." -a "$MNT" != "" ]; do if mountpoint -q "$MNT" 2>/dev/null; then echo "$MNT" return fi MNT="$(dirname "$MNT")" done } # Get device tag. # $1 = device # $2 = tag name, such as TYPE, LABEL, UUID, etc # device_tag() { blkid -s $2 "$1" | sed -r "s/^[^=]+=//" | tr -d '"' } # Make sure to mount FAT12/16/32 using vfat # in order to support long filenames # $1 = device # $2 = prefix to add, like -t # device_bestfs() { debug_log "device_bestfs" "$*" local FS FS="$(device_tag "$1" TYPE | tr [A-Z] [a-z])" if [ "$FS" = "msdos" -o "$FS" = "fat" -o "$FS" = "vfat" ]; then FS="vfat" elif [ "$FS" = "ntfs" ]; then FS="ntfs-3g" fi if [ "$2" != "" ]; then echo -n "$2" fi echo "$FS" } # Filesystem options for initial mount # $1.. = filesystem # fs_options() { debug_log "fs_options" "$*" if [ "$1" != "ntfs-3g" ]; then echo -n "-t $1 " fi echo -n "-o rw" if [ "$1" = "vfat" ]; then echo ",check=s,shortname=mixed,iocharset=utf8" fi } # Mount command for given filesystem # $1.. = filesystem # mount_command() { debug_log "mount_command" "$*" if [ "$1" = "ntfs-3g" ]; then echo "@mount.ntfs-3g" else echo "mount" fi } # echo first network device known at the moment of calling, eg. eth0 # network_device() { debug_log "network_device" "$*" cat /proc/net/dev | grep : | grep -v lo: | cut -d : -f 1 | tr -d " " | head -n 1 } # Modprobe network kernel modules until a working driver is found. # These drivers are (or used to be) probed in Slackware's initrd. # The function returns the first device found, yet it doesn't have # to be a working one, eg. if the computer has two network interfaces # and ethernet cable is plugged only to one of them. # init_network_dev() { debug_log "init_network_dev" "$*" local MODULE ETH for MODULE in 3c59x acenic e1000 e1000e e100 epic100 hp100 ne2k-pci \ pcnet32 8139too 8139cp tulip via-rhine r8169 atl1e yellowfin tg3 \ dl2k ns83820 atl1 b44 bnx2 skge sky2 tulip forcedeth sb1000 sis900; do modprobe $MODULE 2>/dev/null ETH="$(network_device)" if [ "$ETH" != "" ]; then echo $ETH return 0 fi rmmod $MODULE 2>/dev/null done # If we are here, none of the above specified modules worked. # As a last chance, try to modprobe everything else modprobe_everything -e /drivers/net/ echo $(network_device) } # Initialize network IP address # either static from ip=bootparameter, or from DHCP # init_network_ip() { debug_log "init_network_ip" "$*" local IP ETH SCRIPT CLIENT SERVER GW MASK SCRIPT=/tmp/dhcpscript ETH=$(init_network_dev) IP=$(cmdline_value ip) echo "* Setting up network" >&2 if [ "$IP" != "" ]; then # set IP address as given by boot paramter echo "$IP" | while IFS=":" read CLIENT SERVER GW MASK; do ifconfig $ETH "$CLIENT" netmask "$MASK" route add default gw "$GW" echo nameserver "$GW" >> /etc/resolv.conf echo nameserver "$SERVER" >> /etc/resolv.conf done else # if client ip is unknown, try to get a DHCP lease ifconfig $ETH up echo -e '#!/bin/sh\nif [ "$1" != "bound" ]; then exit; fi\nifconfig $interface $ip netmask $subnet\nroute add default gw $router\necho nameserver $dns >>/etc/resolv.conf' >$SCRIPT chmod a+x $SCRIPT udhcpc -i $ETH -n -s $SCRIPT -q >/dev/null fi } # Mount data from http using httpfs # $1 = from URL # $2 = target mount_data_http() { debug_log "mount_data_http" "$*" local CACHE echo_green_star >&2 echo "Load data from $1" >&2 CACHE=$(cmdline_value cache | sed -r "s/[^0-9]//g" | sed -r "s/^0+//g") if [ "$CACHE" != "" ]; then CACHE="-C /tmp/httpfs.cache -S "$(($CACHE*1024*1024)) fi init_network_ip if [ "$(network_device)" != "" ]; then echo "* Mounting remote file..." >&2 mkdir -p "$2" @mount.httpfs2 -r 9999 -t 5 $CACHE -c /dev/null "$1" "$2" -o ro >/dev/null 2>/dev/null mount -o loop "$2"/* "$2" # self mount echo "$2/$LIVEKITNAME" fi } # stdin = files to get # $1 = server # $2 = destination directory # tftp_mget() { while read FNAME; do echo "* $FNAME ..." >&2 tftp -b 1486 -g -r "$FNAME" -l "$2/$FNAME" "$1" done } # Download data from tftp # $1 = target (store downloaded files there) # download_data_pxe() { debug_log "download_data_pxe" "$*" local IP CMD CLIENT SERVER GW MASK PORT PROTOCOL JOBS mkdir -p "$1/$LIVEKITNAME" IP="$(cmdline_value ip)" echo "$IP" | while IFS=":" read CLIENT SERVER GW MASK PORT; do echo_green_star >&2 echo "Contacting PXE server $SERVER" >&2 if [ "$PORT" = "" ]; then PORT="7529"; fi init_network_ip echo "* Downloading PXE file list" >&2 PROTOCOL=http wget -q -O "$1/PXEFILELIST" "http://$SERVER:$PORT/PXEFILELIST?$(uname -r):$(uname -m)" if [ $? -ne 0 ]; then echo "Error downloading from http://$SERVER:$PORT, trying TFTP" >&2 PROTOCOL=tftp echo PXEFILELIST | tftp_mget "$SERVER" "$1" fi echo "* Downloading files from the list" >&2 if [ "$PROTOCOL" = "http" ]; then cat "$1/PXEFILELIST" | while read FILE; do wget -O "$1/$LIVEKITNAME/$FILE" "http://$SERVER:$PORT/$FILE" done else JOBS=3 for i in $(seq 1 $JOBS); do awk "NR % $JOBS == $i-1" "$1/PXEFILELIST" | tftp_mget "$SERVER" "$1/$LIVEKITNAME" & done wait fi done echo "$1/$LIVEKITNAME" } # Find LIVEKIT data by mounting all devices # If found, keep mounted, else unmount # $1 = data directory target (mount here) # $2 = src (from) # $3 = src (container dir) # find_data_try() { debug_log "find_data_try" "$*" local DEVICE FS FROM OPTIONS MOUNT mkdir -p "$1" blkid | sort | cut -d: -f 1 | grep -E -v "/loop|/ram|/zram" | while read DEVICE; do FROM="$2" FS="$(device_bestfs "$DEVICE")" OPTIONS="$(fs_options $FS)" MOUNT="$(mount_command $FS)" $MOUNT "$DEVICE" "$1" $OPTIONS 2>/dev/null # fix-arounds for zfs # mount -t zfs -o zfsutils zpool/root "$1" 2>/dev/null # if the FROM parameter is actual file, mount it again as loop (eg. iso) if [ -f "$1/$FROM" ]; then mkdir -p "$1/../iso" mount -o loop,ro "$1/$FROM" "$1/../iso" 2>/dev/null FROM="../iso/$LIVEKITNAME" fi # search for bundles in the mounted directory if [ "$(find "$1/$FROM" -maxdepth 1 -name "$3" 2>/dev/null)" != "" -o "$(find "$1/$FROM" -maxdepth 1 -name "*.$BEXT" 2>/dev/null)" != "" ]; then # we found at least one bundle/module here echo "$1/$FROM" | tr -s "/" | sed -r "s:/[^/]+/[.][.]/:/:g" return fi # unmount twice, since there could be mounted ISO as loop too. If not, it doesn't hurt umount "$1" 2>/dev/null umount "$1" 2>/dev/null done } # Retry finding LIVEKIT data several times, # until timeouted or until data is found # $1 = timeout # $2 = data directory target (mount here) # $3 = src (from) # $4 = src (container dir) # find_data() { debug_log "find_data" "$*" local DATA FROM # FROM="$(cmdline_value from)" FROM="$3" # boot parameter specified as from=http://server.com/file.iso if [ "$(echo $FROM | grep 'http://')" != "" ]; then mount_data_http "$FROM" "$2" return fi # if we got IP address as boot parameter, it means we booted over PXE if [ "$(cmdline_value ip)" != "" ]; then download_data_pxe "$2" return fi # if [ "$FROM" = "" ]; then FROM="$LIVEKITNAME"d; fi echo_green_star >&2 echo -n "Looking for $LIVEKITNAME data in /$FROM .." | tr -s "/" >&2 for timeout in $(seq 1 $1); do echo -n "." >&2 refresh_devs DATA="$(find_data_try "$2" "$FROM" "$4")" if [ "$DATA" != "" ]; then echo "" >&2 echo "* Found on $(mounted_device "$2")" >&2 echo "$DATA" return fi sleep 1 done echo "" >&2 } # Check if data is found and exists # $1 = data directory # check_data_found() { if [ "$1" = "" -o ! -d "$1" ]; then fatal "Could not locate $LIVEKITNAME data"; fi } # Activate persistent changes # $1 = data directory # $2 = target changes directory # persistent_changes() { debug_log "persistent_changes" "$*" local CHANGES T1 T2 EXISTS CHANGES="$1/$(basename "$2")" T1="$CHANGES/.empty" T2="$T1"2 # you can also use a separated datavol holding changes,add here the logics instead of use above intree memory/changes # a trick to fix blkid dont contain thindm bug # mount /dev/cl/data "$1" 2>/dev/null # Setup the directory anyway, it will be used in all cases mkdir -p "$2" # If persistent changes are not requested, end here if grep -vq perch /proc/cmdline; then return fi # check if changes directory exists and is writable touch "$T1" 2>/dev/null && rm -f "$T1" 2>/dev/null # if not, simply return back if [ $? -ne 0 ]; then echo "* Persistent changes not writable or not used" return fi echo_green_star echo "Testing persistent changes for posix compatibility" touch "$T1" && ln -sf "$T1" "$T2" 2>/dev/null && \ chmod +x "$T1" 2>/dev/null && test -x "$T1" && \ chmod -x "$T1" 2>/dev/null && test ! -x "$T1" && \ rm "$T1" "$T2" 2>/dev/null if [ $? -eq 0 ]; then echo "* Activating native persistent changes" mount --bind "$CHANGES" "$2" return fi if [ -e "$CHANGES/changes.dat" ]; then echo "* Restoring persistent changes" EXISTS="true" else echo "* Creating new persistent changes" EXISTS="" fi @mount.dynfilefs "$CHANGES/changes.dat" 4000 "$2" if [ ! "$EXISTS" ]; then mke2fs -F "$2/loop.fs" >/dev/null 2>&1 fi mount -o loop,sync "$2/loop.fs" "$2" # if test failed at any point, we may have temp files left behind rm "$T1" "$T2" 2>/dev/null rmdir "$2/lost+found" 2>/dev/null } # copy content of rootcopy directory to union # $1 = data directory # $2 = union directory copy_rootcopy_content() { debug_log "copy_rootcopy_content" "$*" #if [ "$(ls -1 "$1/rootcopy/" 2>/dev/null)" != "" ]; then if [ "$(ls -1 "$1" 2>/dev/null)" != "" ]; then echo_green_star echo "Copying content of rootcopy directory..." #cp -a "$1"/rootcopy/* "$2" cp -a "$1"/* "$2" rm -rf "$1"/* fi } # Copy data to RAM if requested # $1 = live data directory # $2 = changes directory # copy_to_ram() { debug_log "copy_to_ram" "$*" local MDIR MDEV RAM CHANGES if grep -vq toram /proc/cmdline; then echo "$1" return fi echo "* Copying $LIVEKITNAME data to RAM..." >&2 RAM="$(dirname "$2")"/toram mkdir -p "$RAM" cp -a "$1"/* "$RAM" echo "$RAM" MDIR="$(mounted_dir "$1")" MDEV="$(mounted_device "$1")" MDEV="$(losetup $MDEV 2>/dev/null | cut -d " " -f 3)" umount "$MDIR" 2>/dev/null if [ "$MDEV" ]; then # iso was mounted here, try to unmount the FS it resides on too MDEV="$(mounted_device "$MDEV")" umount "$MDEV" 2>/dev/null fi } # load filter # filter_load() { local FILTER FILTER=$(cmdline_value load) if [ "$FILTER" = "" ]; then cat - else cat - | egrep "$FILTER" fi } # noload filter # filter_noload() { local FILTER FILTER=$(cmdline_value noload) if [ "$FILTER" = "" ]; then cat - else cat - | egrep -v "$FILTER" fi } # sort modules by number even if they are in subdirectory # sortmod() { cat - | sed -r "s,(.*/(.*)),\\2:\\1," | sort -n | cut -d : -f 2- } # Mount squashfs filesystem bundles # and add them to union # $1 = directory where to search for bundles # $2 = directory where to mount bundles # $3 = directory where union is mounted # union_append_bundles() { debug_log "union_append_bundles" "$*" local BUN echo_green_star echo "Adding bundles to union" ( ls -1 "$1" | sort -n ; cd "$1" ; find modules/ 2>/dev/null | sortmod | filter_load) | grep '[.]'$BEXT'$' | filter_noload | while read BUNDLE; do echo "* $BUNDLE" BUN="$(basename "$BUNDLE")" mkdir -p "$2/$BUN" mount -o loop,ro -t squashfs "$1/$BUNDLE" "$2/$BUN" mount -o remount,add:1:"$2/$BUN" aufs "$3" done } # Create empty fstab properly # $1 = root directory # $2 = directory where boot disk is mounted # fstab_create() { debug_log "fstab_create" "$*" local FSTAB DEVICE FS LABEL BOOTDEVICE OPTS FSTAB="$1/etc/fstab" echo overlay / overlay defaults 0 0 > $FSTAB echo proc /proc proc defaults 0 0 >> $FSTAB echo sysfs /sys sysfs defaults 0 0 >> $FSTAB echo devpts /dev/pts devpts gid=5,mode=620 0 0 >> $FSTAB echo tmpfs /dev/shm tmpfs defaults 0 0 >> $FSTAB # ln -s /run/initramfs/lib/modules chrootdir/lib/modules should be correct to ensure here working # /boot use ro mount opts instead defaults to avoid possiable demage,but it will cause dd script cant remaster grubcfg file # mnt /data and swap will cause udev timeout and depend warn,so we comment and meant to fix it later ext2partno=$(blkid -t LABEL='ROM' -o device) if [ "$ext2partno" != "" ];then echo $ext2partno /boot ext2 defaults 0 2 >> $FSTAB;fi vfatpartno=$(blkid -t LABEL='ROM2' -o device) if [ "$vfatpartno" != "" ];then echo $vfatpartno /boot/efi vfat umask=0077 0 0 >> $FSTAB;fi syspartno=$(blkid -t LABEL='SYS' -o device) if [ "$syspartno" != "" ];then echo $syspartno /data/sys ext4 errors=remount-ro 0 1 >> $FSTAB;fi datapartno=$(blkid -t LABEL='DATA' -o device) if [ "$datapartno" != "" ];then echo $datapartno /data ext4 errors=remount-ro 0 1 >> $FSTAB;fi swappartno=$(blkid -t LABEL='SWAP' -o device) if [ "$swappartno" != "" ];then echo $swappartno none swap sw 0 0 >> $FSTAB;fi # forlvm # datapartno=\"\/dev\/mapper\/cl-root\"\n if [ \"$datapartno\" != \"\" ];then echo $datapartno /data ext4 errors=remount-ro 0 1 >> $FSTAB;fi\n swappartno=\"\/dev\/mapper\/cl-swap\"\n if [ \"$swappartno\" != \"\" ];then echo $swappartno none swap sw 0 0 >> $FSTAB;fi # forzfs # datapartno=\"zpool\/root\"\n if [ \"$datapartno\" != \"\" ];then echo $datapartno /data zfs zfsutil 0 1 >> $FSTAB;fi\n swappartno=\"\/dev\/zpool\/swap\"\n if [ \"$swappartno\" != \"\" ];then echo $swappartno none swap sw 0 0 >> $FSTAB;fi if grep -vq automount /proc/cmdline; then return fi BOOTDEVICE=$(df "$2" | tail -n 1 | cut -d " " -f 1) echo >> $FSTAB blkid | grep -v "^/dev/loop" | grep -v "^/dev/zram" | cut -d: -f 1 | while read DEVICE; do FS="$(device_bestfs $DEVICE)" LABEL="$(basename $DEVICE)" OPTS="defaults,noatime,nofail,x-systemd.device-timeout=10" if [ "$FS" != "" -a "$FS" != "swap" -a "$FS" != "squashfs" -a "$DEVICE" != "$BOOTDEVICE" ]; then mkdir -p "$1/media/$LABEL" echo "$DEVICE" "/media/$LABEL" $FS $OPTS 0 0 >> $FSTAB fi done } # Change root and execute init # $1 = where to change root # change_root() { debug_log "change_root" "$*" # if we are booting over httpfs, we need to copyup some files so they are # accessible on union without any further lookup down, else httpfs locks if [ "$(network_device)" != "" ]; then touch "/run/net.up.flag" touch "$1/etc/resolv.conf" touch "$1/etc/hosts" touch "$1/etc/gai.conf" fi umount /proc umount /sys cd "$1" # make sure important device files and directories are in union mkdir -p boot dev proc sys tmp media mnt run chmod 1777 tmp # because we plan to use di as initramfs+ctrlikerootfs for devdeskos, and wont use systemd/udev to popout dev nodes again in new rootfs, so just bind currents from before pivot_root, yet this cause no conflicts # if you use a rootfs with systemd/udev already included, dont use mount bind /dev dev for pivoted_rootfs mount --bind /dev dev #if [ ! -e dev/console ]; then mknod dev/console c 5 1; fi #if [ ! -e dev/tty ]; then mknod dev/tty c 5 0; fi #if [ ! -e dev/tty0 ]; then mknod dev/tty0 c 4 0; fi #if [ ! -e dev/tty1 ]; then mknod dev/tty1 c 4 1; fi #if [ ! -e dev/null ]; then mknod dev/null c 1 3; fi if [ ! -e sbin/fsck.aufs ]; then ln -s /bin/true sbin/fsck.aufs; fi # find chroot and init if [ -x bin/chroot -o -L bin/chroot ]; then CHROOT=bin/chroot; fi if [ -x sbin/chroot -o -L sbin/chroot ]; then CHROOT=sbin/chroot; fi if [ -x usr/bin/chroot -o -L usr/bin/chroot ]; then CHROOT=usr/bin/chroot; fi if [ -x usr/sbin/chroot -o -L usr/sbin/chroot ]; then CHROOT=usr/sbin/chroot; fi if [ "$CHROOT" = "" ]; then fatal "Can't find executable chroot command"; fi if [ -x init -o -L init ]; then INIT=init; fi if [ -x bin/init -o -L bin/init ]; then INIT=bin/init; fi if [ -x sbin/init -o -L sbin/init ]; then INIT=sbin/init; fi if [ "$INIT" = "" ]; then fatal "Can't find executable init command"; fi mkdir -p run mount -t tmpfs tmpfs run mkdir -p run/initramfs mount -n -o remount,ro overlay . #mount --bind / run/initramfs pivot_root . run/initramfs exec $CHROOT . $INIT < dev/console > dev/console 2>&1 } EOF cat > p4/extracted/lib/debian-live/shutdown <<'EOF' #!/bin/sh # Shutdown script for initramfs. It's automatically started by # systemd (if you use it) on shutdown, no need for any tweaks. # Purpose of this script is to unmount everything cleanly. # # Author: Tomas M # . /lib/config . /lib/livekitlib debug_start debug_log "Entering shutdown procedures of Linux Live Kit" debug_log "Called with arguments: " "$*" # if debug is enabled, run shell now debug_shell detach_free_loops() { losetup -a | cut -d : -f 1 | xargs -r -n 1 losetup -d } # $1=dir umount_all() { tac /proc/mounts | cut -d " " -f 2 | grep ^$1 | while read LINE; do umount $LINE 2>/dev/null done } # Update devs so we are aware of all active /dev/loop* files. # Detach loop devices which are no longer used debug_log "- Detaching loops" mdev -s detach_free_loops # do it the dirty way, simply try to umount everything to get rid of most mounts debug_log "- Unmounting submounts of union" umount_all /oldroot # free aufs of /run mount, and umount aufs debug_log "- Unmounting union itself" mkdir /run2 mount --move /oldroot/run /run2 umount /oldroot # remember from which device we are started, so we can eject it later DEVICE="$(cat /proc/mounts | grep /memory/data | grep /dev/ | cut -d " " -f 1)" debug_log "- going through several cycles of umounts to clear everything left" umount_all /run2 detach_free_loops umount_all /run2 detach_free_loops umount_all /run2 # eject cdrom device if we were running from it for i in $(cat /proc/sys/dev/cdrom/info | grep name); do if [ "$DEVICE" = "/dev/$i" ]; then echo "[ OK ] Attemptiong to eject /dev/$i..." eject /dev/$i echo "[ OK ] CD/DVD tray will close in 6 seconds..." sleep 6 eject -t /dev/$i fi done debug_shell debug_log $1 -f $1 -f debug_log reboot -f reboot -f echo We should never reach so far. Something is totally fucked up. echo Here you have a shell, to experiment with the universe. /bin/sh EOF chmod +x p4/extracted/init-livecore p4/extracted/init-livegui p4/extracted/lib/debian-live/shutdown # sed -i '/modprobe[[:space:]]fuse[[:space:]]2>\/dev\/null/a modprobe kvm 2>/dev/null' p4/extracted/lib/debian-live/livekitlib sed -i '/modprobe[[:space:]]fuse[[:space:]]2>\/dev\/null/a modprobe dm-mod 2>/dev/null' p4/extracted/lib/debian-live/livekitlib # sed -i '/modprobe[[:space:]]dm-mod[[:space:]]2>\/dev\/null/a modprobe zfs 2>/dev/null' p4/extracted/lib/debian-live/livekitlib sed -i '/modprobe[[:space:]]dm-mod[[:space:]]2>\/dev\/null/a modprobe nls_ascii 2>/dev/null' p4/extracted/lib/debian-live/livekitlib sed -i '/modprobe[[:space:]]nls_ascii[[:space:]]2>\/dev\/null/a modprobe ahci 2>/dev/null' p4/extracted/lib/debian-live/livekitlib sed -i '/modprobe[[:space:]]ahci[[:space:]]2>\/dev\/null/a modprobe tun 2>/dev/null' p4/extracted/lib/debian-live/livekitlib sed -i '/modprobe[[:space:]]tun[[:space:]]2>\/dev\/null/a modprobe bridge 2>/dev/null' p4/extracted/lib/debian-live/livekitlib sed -i '/modprobe[[:space:]]bridge[[:space:]]2>\/dev\/null/a modprobe veth 2>/dev/null' p4/extracted/lib/debian-live/livekitlib sed -i '/modprobe[[:space:]]veth[[:space:]]2>\/dev\/null/a modprobe iptable_nat 2>/dev/null' p4/extracted/lib/debian-live/livekitlib sed -i '/modprobe[[:space:]]iptable_nat[[:space:]]2>\/dev\/null/a modprobe xt_MASQUERADE 2>/dev/null' p4/extracted/lib/debian-live/livekitlib sed -i '/modprobe[[:space:]]xt_MASQUERADE[[:space:]]2>\/dev\/null/a modprobe iptable_raw 2>/dev/null' p4/extracted/lib/debian-live/livekitlib sed -i '/modprobe[[:space:]]iptable_raw[[:space:]]2>\/dev\/null/a modprobe xt_CT 2>/dev/null' p4/extracted/lib/debian-live/livekitlib sed -i '/modprobe[[:space:]]xt_CT[[:space:]]2>\/dev\/null/a modprobe xt_nat 2>/dev/null' p4/extracted/lib/debian-live/livekitlib sed -i '/modprobe[[:space:]]xt_nat[[:space:]]2>\/dev\/null/a modprobe ipt_tcp 2>/dev/null' p4/extracted/lib/debian-live/livekitlib sed -i '/modprobe[[:space:]]ipt_tcp[[:space:]]2>\/dev\/null/a modprobe xt_tcpudp 2>/dev/null' p4/extracted/lib/debian-live/livekitlib sed -i '/modprobe[[:space:]]xt_tcpudp[[:space:]]2>\/dev\/null/a modprobe iptable_filter 2>/dev/null' p4/extracted/lib/debian-live/livekitlib sed -i '/modprobe[[:space:]]iptable_filter[[:space:]]2>\/dev\/null/a modprobe tcp_bbr 2>/dev/null' p4/extracted/lib/debian-live/livekitlib sed -i '/modprobe[[:space:]]tcp_bbr[[:space:]]2>\/dev\/null/a modprobe br_netfilter 2>/dev/null' p4/extracted/lib/debian-live/livekitlib sed -i '/modprobe[[:space:]]br_netfilter[[:space:]]2>\/dev\/null/a modprobe nfnetlink 2>/dev/null' p4/extracted/lib/debian-live/livekitlib sed -i '/modprobe[[:space:]]nfnetlink[[:space:]]2>\/dev\/null/a modprobe nf_conntrack_netlink 2>/dev/null' p4/extracted/lib/debian-live/livekitlib sed -i '/modprobe[[:space:]]nf_conntrack_netlink[[:space:]]2>\/dev\/null/a modprobe xt_addrtype 2>/dev/null' p4/extracted/lib/debian-live/livekitlib sed -i '/modprobe[[:space:]]xt_addrtype[[:space:]]2>\/dev\/null/a modprobe xt_conntrack 2>/dev/null' p4/extracted/lib/debian-live/livekitlib sed -i '/modprobe[[:space:]]xt_conntrack[[:space:]]2>\/dev\/null/a modprobe overlay 2>/dev/null' p4/extracted/lib/debian-live/livekitlib sed -i '/modprobe[[:space:]]overlay[[:space:]]2>\/dev\/null/a modprobe sunrpc 2>/dev/null' p4/extracted/lib/debian-live/livekitlib sed -i '/modprobe[[:space:]]sunrpc[[:space:]]2>\/dev\/null/a modprobe softdog 2>/dev/null' p4/extracted/lib/debian-live/livekitlib sed -i 's/init_zram/# init_zram/g' p4/extracted/init-livecore sed -i 's/init_zram/# init_zram/g' p4/extracted/init-livegui sed -i '/modprobe[[:space:]]softdog[[:space:]]2>\/dev\/null/a modprobe ashmem_linux 2>/dev/null' p4/extracted/lib/debian-live/livekitlib sed -i '/modprobe[[:space:]]ashmem_linux[[:space:]]2>\/dev\/null/a modprobe binder_linux devices=binder,hwbinder,vndbinder 2>/dev/null' p4/extracted/lib/debian-live/livekitlib # slip end } ddtoafile(){ tmpMNT="$topdir/mnt" tmpDEV=$(mount | grep "$tmpMNT" | awk '{print $1}') sleep 2s && echo -en "\n - clearing the scaffold image file: ..." umount -f -l "$tmpMNT"_p2 "$tmpMNT"_p3 >/dev/null 2>&1 if mountpoint -q "$tmpMNT"_p2;then echo "$tmpMNT"_p2 still mounted && exit 1;fi if mountpoint -q "$tmpMNT"_p3;then echo "$tmpMNT"_p3 still mounted && exit 1;fi losetup -j "$topdir/imgscafford"|while read line;do sudo losetup -d `echo $line|awk '{print $1}'|sed 's/://'`;done losetup -j "$topdir/imgscafford (deleted)"|while read line;do sudo losetup -d `echo $line|awk '{print $1}'|sed 's/://'`;done rm -rf $topdir/imgscafford "$tmpMNT"_p2 "$tmpMNT"_p3 sleep 2s && echo -en "\n - preparing the scaffold image file: ..." [ -z "$tmpDEV" ] && { dd if=/dev/zero of=$topdir/imgscafford bs=512 seek=`expr 2048 \* 1024 \* $custIMGSIZE` count=0 >/dev/null 2>&1 tmpDEV=`losetup -fP --show $topdir/imgscafford | awk '{print $1}'` sleep 2s && echo -en "[ \033[32m dev:$tmpDEV \033[0m ]" [ -n "$tmpDEV" ] && { #########edtion1 # we must guarantee the 200m as fat32(not fat16) tagged and formatted both in mbr or gpt,or the linuxlive wont recongize it parted -s "$tmpDEV" mklabel gpt >/dev/null 2>&1 && \ parted -s "$tmpDEV" \ mkpart non-fs 2048s `echo $(expr 2048 \* 2 - 1)s` \ mkpart rom `echo $(expr 2048 \* 2)s` `echo $(expr 2048 \* 2 + 2048 \* 100 - 1)s` \ mkpart rom2 `echo $(expr 2048 \* 2 + 2048 \* 100)s` `echo $(expr 2048 \* 2 + 2048 \* 200 - 1)s` \ mkpart sys `echo $(expr 2048 \* 2 + 2048 \* 200)s` `echo $(expr 2048 \* 2 + 2048 \* 200 + 2048 \* 1024 \* 1 - 1)s` \ mkpart data `echo $(expr 2048 \* 2 + 2048 \* 200 + 2048 \* 1024 \* 1)s` 95% \ mkpart swap 95% 100% >/dev/null 2>&1 && \ parted -s "$tmpDEV" set 1 bios_grub on set 1 hidden on set 2 boot on set 3 esp on >/dev/null 2>&1 && \ mkfs.ext2 "$tmpDEV"p2 -L "ROM" >/dev/null 2>&1 && \ mkfs.fat -F16 "$tmpDEV"p3 -n "ROM2" >/dev/null 2>&1 && \ mkfs.ext4 "$tmpDEV"p4 -L "SYS" >/dev/null 2>&1 && \ mkfs.ext4 "$tmpDEV"p5 -L "DATA" >/dev/null 2>&1 && \ mkswap "$tmpDEV"p6 -L "SWAP" >/dev/null 2>&1 #########edtion2 parted -s $hdinfo mklabel gpt parted -s $hdinfo mkpart non-fs 2048s `echo $(expr 2048 \* 2 - 1)s` mkpart rom `echo $(expr 2048 \* 2)s` `echo $(expr 2048 \* 2 + 2048 \* 100 - 1)s` mkpart rom2 `echo $(expr 2048 \* 2 + 2048 \* 100)s` `echo $(expr 2048 \* 2 + 2048 \* 200 - 1)s` mkpart sys `echo $(expr 2048 \* 2 + 2048 \* 200)s` `echo $(expr 2048 \* 2 + 2048 \* 200 + 2048 \* 1024 \* 1 - 1)s` mkpart data `echo $(expr 2048 \* 2 + 2048 \* 200 + 2048 \* 1024 \* 1)s` 95% mkpart swap 95% 100% # for lvm/zfs # parted -s $hdinfo mkpart non-fs 2048s 4095s mkpart rom 4096s 413695s mkpart rom2 413696s 823295s mkpart data 823296s 100% parted -s $hdinfo set 1 bios_grub on set 1 hidden on set 2 boot on set 3 esp on # set 4 lvm/zfs on ? # force fdisk w to noity the kernel (cause problems?), sometimes parted failed on this thus cause not found /dev/sda4 likehood error, we must use fdisk force noity the kernel when after reinit the disk ( printf 'w\n' | fdisk $hdinfo >/dev/null 2>&1 ) # for lvm # ( lvm vgremove -y cl;vgcreate -y cl $hdinfoname"4";lvcreate -y cl --size +1G --name swap;lvcreate cl --type thin-pool --thinpool tpool --extents 100%FREE;thinsize=`expr \`vgdisplay cl|grep 'Alloc PE'|awk '{print $7}'|awk -F '.' '{print $1}'|grep -Eo [0-9].*\` - 1`;lvcreate cl --type thin --thinpool tpool --virtualsize $thinsize"G" --name root;lvcreate cl --type thin --thinpool tpool --virtualsize $thinsize"G" --name data ) # forzfs # ( zpool destroy -f zpool;zpool create -o ashift=12 -m none -d -f zpool $hdinfoname"4";zfs set primarycache=metadata copies=1 compression=on checksum=on zpool;zfs create -b 4096 -V 1G -o logbias=throughput -o sync=always -o primarycache=metadata zpool/swap;zfs create -o mountpoint=none zpool/root;zfs create -o mountpoint=none zpool/data ) mkfs.ext2 $hdinfoname"2" -L "ROM";mkdir p2;mount -t ext2 $hdinfoname"2" p2 # this mustbe a fat16 not 32,or some machine firmware wont recongize it mkfs.fat -F16 $hdinfoname"3" -n "ROM2";mkdir p3;mount -t vfat $hdinfoname"3" p3 ( mkfs.ext4 $hdinfoname"4" -L "SYS";mkfs.ext4 $hdinfoname"5" -L "DATA";mkswap $hdinfoname"6" -L "SWAP" );mkdir -p p4 p5;mount -t ext4 $hdinfoname"4" p4;mount -t ext4 $hdinfoname"5" p5 # forlvm # ( mkswap /dev/cl/swap;mkfs.ext4 /dev/cl/root -L "ROOT";mkfs.ext4 /dev/cl/data -L "DATA" );mkdir -p p4;mount -t ext4 /dev/cl/root p4 # forzfs # ( mkswap /dev/zd0 );mkdir -p p4;mount -t zfs -o zfsutils zpool/root p4 } [ ! -d "$tmpMNT" ] && \ mkdir -p "$tmpMNT"_p2 "$tmpMNT"_p3 "$tmpMNT"_p4 "$tmpMNT"_p5 && \ mount "$tmpDEV"p2 "$tmpMNT"_p2 && mount "$tmpDEV"p3 "$tmpMNT"_p3 && mount "$tmpDEV"p4 "$tmpMNT"_p4 && mount "$tmpDEV"p5 "$tmpMNT"_p5 sleep 2s && echo -en "[ \033[32m mnts: ""$tmpMNT"_p2" ""$tmpMNT"_p3" ""$tmpMNT"_p4" ""$tmpMNT"_p5" \033[0m ]" } sleep 2s && echo -en "\n - processing the scaffold image file: ..." ######edition1 cat $topdir/$downdir/vmlinuz >> "$tmpMNT"_p2/vmlinuz cat $topdir/$downdir/initrfs.img >> "$tmpMNT"_p2/initrfs.img cat $topdir/$downdir/x.xz|tar Jx -C "$tmpMNT"_p4 #mv "$tmpMNT"_p4/01-core/boot/grub "$tmpMNT"_p2 #mv "$tmpMNT"_p4/01-core/boot/EFI "$tmpMNT"_p3 chrootdir=$topdir/$remasteringdir/onekeydevdeskd/01-core mkdir -p $chrootdir/boot/grub $chrootdir/boot/EFI/boot ar -p $topdir/$downdir/debianbase/dists/bullseye/main/binary-amd64/deb/grub-pc-bin_2.06-3~deb11u5_amd64.deb data.tar.xz |xzcat|tar -xf - -C $chrootdir/boot ./usr/lib/grub/ --strip-components=3 ar -p $topdir/$downdir/debianbase/dists/bullseye/main/binary-amd64/deb/grub-efi-amd64-bin_2.06-3~deb11u5_amd64.deb data.tar.xz |xzcat|tar -xf - -C $chrootdir/boot ./usr/lib/grub/ --strip-components=3 mkdir -p $chrootdir/boot/grub/fonts ar -p $topdir/$downdir/debianbase/dists/bullseye/main/binary-amd64/deb/grub-common_2.06-3~deb11u5_amd64.deb data.tar.xz |xzcat|tar -xf - -C $chrootdir/boot/grub/fonts ./usr/share/grub/unicode.pf2 --strip-components=4 slipgrubcfgs mkdir -p "$tmpMNT"_p4/onekeydevdesk mv "$tmpMNT"_p4/01-core "$tmpMNT"_p4/02-gui "$tmpMNT"_p4/onekeydevdesk [[ $tmpHOSTARCH == '0' ]] && grub-mkimage -C xz -O i386-pc -o "$tmpMNT"_p2/grub/i386-pc/core.img -p "(hd0,gpt2)/grub" -d "$tmpMNT"_p2/grub/i386-pc biosdisk part_msdos part_gpt exfat ext2 fat iso9660 btrfs lvm dm_nv mdraid09_be mdraid09 mdraid1x raid5rec raid6rec [[ $tmpHOSTARCH == '0' ]] && "$tmpMNT"_p2/grub/i386-pc/grub-bios-setup -d "$tmpMNT"_p2/grub/i386-pc -b boot.img -c core.img "$tmpDEV" [[ $tmpHOSTARCH == '0' ]] && grub-mkimage -C xz -O x86_64-efi -o "$tmpMNT"_p3/EFI/boot/bootx64.efi -p "(hd0,gpt2)/grub" -d "$tmpMNT"_p2/grub/x86_64-efi part_msdos part_gpt exfat ext2 fat iso9660 btrfs lvm dm_nv mdraid09_be mdraid09 mdraid1x raid5rec raid6rec || grub-mkimage -C xz -O arm64-efi -o "$tmpMNT"_p3/EFI/boot/bootaa64.efi -p "(hd0,gpt2)/grub" -d "$tmpMNT"_p2/grub/arm64-efi part_msdos part_gpt exfat ext2 fat iso9660 btrfs lvm dm_nv mdraid09_be mdraid09 mdraid1x raid5rec raid6rec bootfsuuid=`blkid -s UUID -o value "$tmpDEV"p2` rootfsuuid=`blkid -s UUID -o value "$tmpDEV"p5` # dont -e s/ROOTFSUUID/$rootfsuuid/g or the grubmenu wont show sed -e s/BOOTPARTNO/2/g -e s/BOOTFSUUID/$bootfsuuid/g -e s/ROOTFSUUID/$rootfsuuid/g -i "$tmpMNT"_p2/grub/grub.cfg #sed -e s/BOOTFSUUID/$bootfsuuid/g -e s/UEFIFSUUID/$uefifsuuid/g -e s/SWAPFSUUID/$swapfsuuid/g -e s/ROOTFSUUID/$rootfsuuid/g -i $remasteringdir/fstab mkdir -p "$tmpMNT"_p2/efi "$tmpMNT"_p5/sys "$tmpMNT"_p5/dockerd "$tmpMNT"_p5/onekeydevdeskd "$tmpMNT"_p5/onekeydevdeskd/changes1 "$tmpMNT"_p5/onekeydevdeskd/changes2 "$tmpMNT"_p5/onekeydevdeskd/updates mkdir -p "$tmpMNT"_p4/onekeydevdesk/01-core/var/lib/lxcfs "$tmpMNT"_p4/onekeydevdesk/01-core/var/lib/dhcp "$tmpMNT"_p4/onekeydevdesk/01-core/var/lib/rrdcached/db ######edition2 #choosevmlinuz=`echo "$corefiles" | awk -F ',' '{ print $1}'` #chooseinitrfs=`echo "$corefiles" | awk -F ',' '{ print $2}'` #chooseonekeydevdeskd1=`echo "$corefiles" | awk -F ',' '{ print $3}'` #chooseonekeydevdeskd2=`echo "$corefiles" | awk -F ',' '{ print $4}'` #(for i in `seq -w 0 999`;do wget -qO- --no-check-certificate '$chooseonekeydevdeskd1'_$i.chunk; done)|tar Jxv -C p4 > /var/log/progress & pid=`expr $! + 0`;echo $pid;(for i in `seq -w 0 099`;do wget -qO- --no-check-certificate '$chooseonekeydevdeskd2'_$i.chunk; done)|tar Jx -C p4;(for i in `seq -w 0 029`;do wget -qO- --no-check-certificate '$choosevmlinuz'_$i.chunk; done)|cat - >> p4/vmlinuz;(for i in `seq -w 0 049`;do wget -qO- --no-check-certificate '$chooseinitrfs'_$i.chunk; done)|cat - >> p4/initrfs.img mkdir -p p4/extracted (cd p4/extracted;xz -d -q -c ../../p4/initrfs.img | cpio -idm;rm -rf ../../p4/initrfs.img) #sliplinuxlive (cd p4/extracted;find . -print | cpio -o -H newc --quiet | xz -f --extreme --check=crc32 > ../../p4/initrfs.img) rm -rf p4/extracted mv p4/vmlinuz p4/initrfs.img p4/01-core/boot/grub p2 mv p4/01-core/boot/EFI p3 mkdir -p p4/onekeydevdesk mv p4/01-core p4/02-gui p4/onekeydevdesk [ "$(arch)" != "aarch64" ] && grub-mkimage -C xz -O i386-pc -o p2/grub/i386-pc/core.img -p "(hd0,gpt2)/grub" -d p2/grub/i386-pc biosdisk part_msdos part_gpt exfat ext2 fat iso9660 btrfs lvm dm_nv mdraid09_be mdraid09 mdraid1x raid5rec raid6rec [ "$(arch)" != "aarch64" ] && grub-bios-setup -d p2/grub/i386-pc -b boot.img -c core.img $hdinfo [ "$(arch)" != "aarch64" ] && grub-mkimage -C xz -O x86_64-efi -o p3/EFI/boot/bootx64.efi -p "(hd0,gpt2)/grub" -d p2/grub/x86_64-efi part_msdos part_gpt exfat ext2 fat iso9660 btrfs lvm dm_nv mdraid09_be mdraid09 mdraid1x raid5rec raid6rec || grub-mkimage -C xz -O arm64-efi -o p3/EFI/boot/bootaa64.efi -p "(hd0,gpt2)/grub" -d p2/grub/arm64-efi part_msdos part_gpt exfat ext2 fat iso9660 btrfs lvm dm_nv mdraid09_be mdraid09 mdraid1x raid5rec raid6rec bootfsuuid=`blkid -s UUID -o value $hdinfoname"2"` rootfsuuid=`echo $hdinfoname"5"` # forlvm # rootfsuuid="\/dev\/mapper\/cl-root" # forzfs # rootfsuuid="zpool\/root" sed -e s/BOOTPARTNO/2/g -e s/BOOTFSUUID/$bootfsuuid/g -e s#UUID=ROOTFSUUID#$rootfsuuid#g -i p2/grub/grub.cfg #for auto mounts /boot,/boot/efi,/data,swap on dymic generated /etc/fstab mkdir -p p2/efi p5/sys p5/dockerd p5/onekeydevdeskd p5/onekeydevdeskd/changes1 p5/onekeydevdeskd/changes2 p5/onekeydevdeskd/updates mkdir -p p4/onekeydevdesk/01-core/var/lib/lxcfs p4/onekeydevdesk/01-core/var/lib/dhcp p4/onekeydevdesk/01-core/var/lib/rrdcached/db umount p2 p3 p4 p5 > $topdir/start.txt tee -a $topdir/start.txt > /dev/null <