lorax/share/ppc.tmpl

<%page args="kernels, runtime_img, basearch, libdir, inroot, outroot, product, isolabel"/>
<%
configdir="tmp/config_files/ppc"
BOOTDIR="ppc"
LIVEDIR="LiveOS"
MACDIR=BOOTDIR+"/mac"
NETBOOTDIR="images/netboot"

WRAPPER="usr/sbin/wrapper"
WRAPPER_DATA="usr/"+libdir+"/kernel-wrapper"

bitsizes = set()
prepboot = ""

## NOTE: yaboot freaks out and stops parsing its config if it sees a '\',
## so we can't use the udev escape sequences in the root arg.
## Instead we'll just replace any non-ASCII characters in the isolabel
## with '_', which means we won't need any udev escapes.
isolabel = ''.join(ch if ch.isalnum() else '_' for ch in isolabel)

## Anaconda finds the CDROM device automatically
rootarg = ""
%>

mkdir ${LIVEDIR}
install ${runtime_img} ${LIVEDIR}/squashfs.img
treeinfo stage2 mainimage ${LIVEDIR}/squashfs.img

## install bootloaders.
## NOTE: there's two different bootloader setups here:
##   ppc/chrp: for normal PPC systems. needs 'addnote' run on yaboot.
##             uses /etc/yaboot.conf, as is the default.
##   ppc/mac: for PowerMacs. no 'addnote' (it breaks some Macs!)
##            ofboot.b picks one of /ppc/ppc{32,64}/yaboot.conf for yaboot,
##            thus automatically booting the correct kernel for the machine.
mkdir ${BOOTDIR}
## boot stuff for normal (CHRP/PREP) PPC systems
install ${configdir}/bootinfo.txt ${BOOTDIR}
install boot/efika.forth ${BOOTDIR}
mkdir ${BOOTDIR}/chrp
install usr/lib/yaboot/yaboot ${BOOTDIR}/chrp
runcmd ${inroot}/usr/lib/yaboot/addnote ${outroot}/${BOOTDIR}/chrp/yaboot
## special boot dir for PowerMacs
mkdir ${MACDIR}
install usr/lib/yaboot/yaboot ${MACDIR}
install ${configdir}/ofboot.b ${MACDIR}

## copy mapping and magic files needed for isos
install ${configdir}/mapping ${BOOTDIR}
install ${configdir}/magic ${BOOTDIR}

## NOTE: PPC is kind of funky. There's three possible "arch" setups here:
## ppc, ppc64, and 'hybrid' (ppc userspace, both ppc & ppc64 kernels).

## Install kernel and bootloader config (in separate places for each arch)
%for kernel in kernels:
    <%
      bits = 64 if kernel.arch == "ppc64" else 32
      ## separate dirs/images for each arch
      KERNELDIR=BOOTDIR+"/ppc%s" % bits
      NETIMG=NETBOOTDIR+"/ppc%s.img" % bits
      bitsizes.add(bits)
    %>
    ## install kernel
    mkdir ${KERNELDIR} ${NETBOOTDIR}
    installkernel images-${kernel.arch} ${kernel.path} ${KERNELDIR}/vmlinuz
    installinitrd images-${kernel.arch} ${kernel.initrd.path} ${KERNELDIR}/initrd.img

    ## install arch-specific bootloader config
    install ${configdir}/yaboot.conf.in  ${KERNELDIR}/yaboot.conf
    replace @BITS@    ${bits}            ${KERNELDIR}/yaboot.conf
    replace @PRODUCT@ '${product.name}'  ${KERNELDIR}/yaboot.conf
    replace @VERSION@ ${product.version} ${KERNELDIR}/yaboot.conf
    replace @ROOT@    "${rootarg}"       ${KERNELDIR}/yaboot.conf

    ## kernel-wrapper magic that makes the netboot combined ppc{32,64}.img
    runcmd ${inroot}/${WRAPPER} -p of \
           -D ${inroot}/${WRAPPER_DATA} \
           -i ${outroot}/${KERNELDIR}/initrd.img \
              ${outroot}/${KERNELDIR}/vmlinuz \
           -o ${outroot}/${NETIMG}
    treeinfo images-${kernel.arch} zimage ${NETIMG}
    ## PReP is 32-bit only
    %if bits == 32:
        ## Yes, this is supposed to be a relative path
        <% prepboot="-prep-boot " + NETIMG %>
    %endif
%endfor

## choose correct yaboot.conf
mkdir etc
%if len(bitsizes) == 2:
    ## both kernels means hybrid - use the magic hybrid config
    install ${configdir}/yaboot.conf.3264  etc/yaboot.conf
    replace @PRODUCT@ ${product.name}      etc/yaboot.conf
    replace @VERSION@ ${product.version}   etc/yaboot.conf
    replace @ROOT@    "${rootarg}"         etc/yaboot.conf
%else:
    ## single arch - use the arch-specific yaboot.conf from above
    copy ${KERNELDIR}/yaboot.conf etc/yaboot.conf
%endif

## make boot.iso
runcmd mkisofs -o ${outroot}/images/boot.iso -chrp-boot -U \
        ${prepboot} -part -hfs -T -r -l -J \
        -A "${product.name} ${product.version}" -sysid PPC -V '${isolabel}' \
        -volset "${product.version}" -volset-size 1 -volset-seqno 1 \
        -hfs-volid ${product.version} -hfs-bless ${outroot}/${MACDIR} \
        -map ${inroot}/${configdir}/mapping \
        -no-desktop -allow-multidot -graft-points \
        etc=${outroot}/etc \
        ${BOOTDIR}=${outroot}/${BOOTDIR} \
        ${NETBOOTDIR}=${outroot}/${NETBOOTDIR} \
        ${LIVEDIR}=${outroot}/${LIVEDIR}

%for kernel in kernels:
    treeinfo images-${kernel.arch} boot.iso images/boot.iso
%endfor