50850cf4b9
this generates a disk image (to be written to usb or sdmmc card) containing 9fat partition with kernel and a hjfs filesystem partition with the 9front distribution. this could be easily extended to generate raspberry pi images as well, but i have no hardware to test.
62 lines
1.4 KiB
Makefile
62 lines
1.4 KiB
Makefile
proto=/n/src9/sys/lib/sysconfig/proto/cdproto
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iso=/tmp/9front.iso
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cd:V: $iso
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binds:V:
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bind cfg /n/src9/cfg
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bind mail/lib /n/src9/mail/lib
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bind ndb /n/src9/lib/ndb
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bind -a adm/timezone /n/src9/adm/timezone
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bind usr /n/src9/usr
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bind /n/src9 /n/src9/dist/plan9front
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%.iso: $proto
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@{rfork n
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mk binds
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disk/mk9660 -c9j -B 386/9bootiso -E 386/efiboot.fat -p $proto -s /n/src9 -v 'Plan 9 Front' $target
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}
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%.zynq.img:
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@{
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objtype=arm
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kernel=/n/src9/$objtype/9zynq
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echo 'bootfile='^`{basename $kernel} > /env/plan9.ini
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fatfiles=(/env/plan9.ini $kernel)
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mb=1919 # storage vendors idea of 2GB
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mk $target.$pid.disk
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mv $target.$pid.disk $target
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}
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%.disk:D: $proto $fatfiles
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@{rfork n
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mk binds
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rm -f $target
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dd -if /dev/zero -of $target -bs 1048576 -oseek $mb -count 1
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s=`{basename $target}
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disk/partfs -m /n/$s $target
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d=/n/$s/sdXX
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disk/mbr $d/data
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disk/fdisk -baw $d/data
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disk/prep -bw -a^(9fat nvram fs) $d/plan9
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disk/format -d -r 2 $d/9fat $fatfiles
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hjfs -f $d/fs -n $s -S -r
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{
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echo echo on
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echo create /dist sys sys 775 d
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echo create /usr sys sys 775 d
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user=glenda
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echo newuser $user
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echo newuser adm +$user
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echo newuser sys +$user
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echo newuser upas +$user
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echo echo off
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sleep 1
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} >> /srv/$s.cmd
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mount -N -c /srv/$s /n/newfs
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disk/mkfs -z 4096 -U -s /n/src9 -d /n/newfs $proto
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echo sync >> /srv/$s.cmd
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echo halt >> /srv/$s.cmd
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while(test -e /srv/$s.cmd) sleep 1
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exit ''
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}
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