create_pnor_image.pl

#!/usr/bin/perl

use strict;
use File::Basename;
use XML::Simple;

my $program_name = File::Basename::basename $0;
my $release = "";
my $outdir = "";
my $scratch_dir = "";
my $pnor_data_dir = "";
my $pnor_filename = "";
my $payload = "";
my $bootkernel = "";
my $hb_image_dir = "";
my $xml_layout_file = "";
my $targeting_binary_filename = "";
my $targeting_RO_binary_filename = "";
my $targeting_RW_binary_filename = "";
my $sbec_binary_filename = "";
my $sbe_binary_filename = "";
my $wink_binary_filename = "";
my $occ_binary_filename = "";
my $openpower_version_filename = "";
my $wofdata_binary_filename = "";
my $memddata_binary_filename = "";
my $hdat_binary_filename = "";
my $ocmbfw_binary_filename = "";

while (@ARGV > 0){
    $_ = $ARGV[0];
    chomp($_);
    $_ = &trim_string($_);
    if (/^-h$/i || /^-help$/i || /^--help$/i){
        #print help content
        usage();
        exit 0;
    }
    elsif (/^-release/i){
        $release = $ARGV[1] or die "Bad command line arg given: expecting a release input.\n";
        shift;
    }
    elsif (/^-scratch_dir/i){
        $scratch_dir = $ARGV[1] or die "Bad command line arg given: expecting a scratch dir path.\n";
        shift;
    }
    elsif (/^-outdir/i){
        $outdir = $ARGV[1] or die "Bad command line arg given: expecting a directory for output data.\n";
        shift;
    }
    elsif (/^-pnor_data_dir/i){
        $pnor_data_dir = $ARGV[1] or die "Bad command line arg given: expecting a directory containing pnor data.\n";
        shift;
    }
    elsif (/^-pnor_filename/i){
        $pnor_filename = $ARGV[1] or die "Bad command line arg given: expecting a pnor filename.\n";
        shift;
    }
    elsif (/^-hb_image_dir/i){
        $hb_image_dir = $ARGV[1] or die "Bad command line arg given: expecting an hb image dir path.\n";
        shift;
    }
    elsif (/^-xml_layout_file/i){
        $xml_layout_file = $ARGV[1] or die "Bad command line arg given: expecting an xml layout file.\n";
        shift;
    }
    elsif (/^-payload/i){
        $payload = $ARGV[1] or die "Bad command line arg given: expecting a filepath to payload binary file.\n";
        shift;
    }
    elsif (/^-bootkernel/i){
        $bootkernel = $ARGV[1] or die "Bad command line arg given: expecting a filepath to bootloader kernel image.\n";
        shift;
    }
    elsif (/^-targeting_binary_filename/i){
        $targeting_binary_filename = $ARGV[1] or die "Bad command line arg given: expecting a targeting binary filename.\n";
        shift;
    }
    elsif (/^-targeting_RO_binary_filename/i){
        $targeting_RO_binary_filename = $ARGV[1] or die "Bad command line arg given: expecting a targeting RW binary filename.\n";
        shift;
    }
    elsif (/^-targeting_RW_binary_filename/i){
        $targeting_RW_binary_filename = $ARGV[1] or die "Bad command line arg given: expecting a targeting RW binary filename.\n";
        shift;
    }
    elsif (/^-sbe_binary_filename/i){
        $sbe_binary_filename = $ARGV[1] or die "Bad command line arg given: expecting an sbe binary filename.\n";
        shift;
    }
    elsif (/^-sbec_binary_filename/i){
        $sbec_binary_filename = $ARGV[1] or die "Bad command line arg given: expecting an sbec binary filename.\n";
        shift;
    }
    elsif (/^-wink_binary_filename/i){
        $wink_binary_filename = $ARGV[1] or die "Bad command line arg given: expecting an wink binary filename.\n";
        shift;
    }
    elsif (/^-occ_binary_filename/i){
        $occ_binary_filename = $ARGV[1] or die "Bad command line arg given: expecting an occ binary filename.\n";
        shift;
    }
    elsif (/^-openpower_version_filename/i){
        $openpower_version_filename = $ARGV[1] or die "Bad command line arg given: expecting openpower version filename.\n";
        shift;
    }
    elsif (/^-wofdata_binary_filename/i){
        $wofdata_binary_filename = $ARGV[1] or die "Bad command line arg given: expecting a wofdata binary filename.\n";
        shift;
    }
    elsif (/^-memddata_binary_filename/i){
        $memddata_binary_filename = $ARGV[1] or die "Bad command line arg given: expecting a memddata binary filename.\n";
        shift;
    }
    elsif (/^-hdat_binary_filename/i){
        $hdat_binary_filename = $ARGV[1] or die "Bad command line arg given: expecting an hdat binary filename.\n";
        shift;
    }
    elsif (/^-ocmbfw_binary_filename/i){
        $ocmbfw_binary_filename = $ARGV[1] or die "Bad command line arg given: expecting an ocmbfw binary filename.\n";
        shift;
    }
    else {
        print "Unrecognized command line arg: $_ \n";
        print "To view all the options and help text run \'$program_name -h\' \n";
        exit 1;
    }
    shift;
}

if ($outdir eq "") {
    die "-outdir <path_to_directory_for_output_files> is a required command line variable. Please run again with this parameter.\n";
}
if ($release eq "") {
    die "-release <p8 or p9> is a required command line variable. Please run again with this parameter.\n";
}


# Verify that pnor_layout file exists and parse it
if ( ! -e "$xml_layout_file")
{
    die "$xml_layout_file does not exist\n";
}
my $xs = new XML::Simple(keyattr=>[], forcearray => 1);
my $parsed_pnor_layout = $xs->XMLin($xml_layout_file);


print "release = $release\n";
print "scratch_dir = $scratch_dir\n";
print "pnor_data_dir = $pnor_data_dir\n";

my $build_pnor_command = "$hb_image_dir/buildpnor.pl";
$build_pnor_command .= " --pnorOutBin $pnor_filename --pnorLayout $xml_layout_file";

# Process HBD section and possibly HBD_RW section
if (checkForPnorPartition("HBD_RW", $parsed_pnor_layout))
{
    $build_pnor_command .= " --binFile_HBD $scratch_dir/$targeting_RO_binary_filename";
    $build_pnor_command .= " --binFile_HBD_RW $scratch_dir/$targeting_RW_binary_filename";
}
else
{
    $build_pnor_command .= " --binFile_HBD $scratch_dir/$targeting_binary_filename";
}

$build_pnor_command .= " --binFile_SBE $scratch_dir/$sbe_binary_filename";
$build_pnor_command .= " --binFile_HBB $scratch_dir/hostboot.header.bin.ecc";
$build_pnor_command .= " --binFile_HBI $scratch_dir/hostboot_extended.header.bin.ecc";
$build_pnor_command .= " --binFile_HBRT $scratch_dir/hostboot_runtime.header.bin.ecc";
$build_pnor_command .= " --binFile_HBEL $scratch_dir/hbel.bin.ecc";
$build_pnor_command .= " --binFile_GUARD $scratch_dir/guard.bin.ecc";
$build_pnor_command .= " --binFile_PAYLOAD $payload";
$build_pnor_command .= " --binFile_BOOTKERNEL $bootkernel";
$build_pnor_command .= " --binFile_NVRAM $scratch_dir/nvram.bin";
$build_pnor_command .= " --binFile_ATTR_TMP $scratch_dir/attr_tmp.bin.ecc";
$build_pnor_command .= " --binFile_OCC $occ_binary_filename.ecc";
$build_pnor_command .= " --binFile_ATTR_PERM $scratch_dir/attr_perm.bin.ecc";
$build_pnor_command .= " --binFile_FIRDATA $scratch_dir/firdata.bin.ecc";
$build_pnor_command .= " --binFile_CAPP $scratch_dir/cappucode.bin.ecc";
$build_pnor_command .= " --binFile_SECBOOT $scratch_dir/secboot.bin.ecc";
$build_pnor_command .= " --binFile_VERSION $scratch_dir/openpower_pnor_version.bin";
$build_pnor_command .= " --binFile_IMA_CATALOG $scratch_dir/ima_catalog.bin.ecc";

# These are optional sections not tied to a specific processor family type
if (checkForPnorPartition("DJVPD", $parsed_pnor_layout))
{
    $build_pnor_command .= " --binFile_DJVPD $scratch_dir/djvpd_fill.bin.ecc";

}

if (checkForPnorPartition("CVPD", $parsed_pnor_layout))
{
    $build_pnor_command .= " --binFile_CVPD $scratch_dir/cvpd.bin.ecc";
}

if (checkForPnorPartition("MVPD", $parsed_pnor_layout))
{
    $build_pnor_command .= " --binFile_MVPD $scratch_dir/mvpd_fill.bin.ecc";
}

if (checkForPnorPartition("OCMBFW", $parsed_pnor_layout))
{
    $build_pnor_command .= " --binFile_OCMBFW $ocmbfw_binary_filename";
}

# Add sections based on processor family type
if ($release eq "p9"){
    $build_pnor_command .= " --binFile_WOFDATA $wofdata_binary_filename" if -e $wofdata_binary_filename;
    $build_pnor_command .= " --binFile_MEMD $memddata_binary_filename" if -e $memddata_binary_filename;
    $build_pnor_command .= " --binFile_HDAT $hdat_binary_filename" if -e $hdat_binary_filename;
}
if ($release eq "p8"){
    $build_pnor_command .= " --binFile_SBEC $scratch_dir/$sbec_binary_filename";
    $build_pnor_command .= " --binFile_WINK $scratch_dir/$wink_binary_filename";
} else {
    $build_pnor_command .= " --binFile_SBKT $scratch_dir/SBKT.bin";
    $build_pnor_command .= " --binFile_HCODE $scratch_dir/$wink_binary_filename";
    $build_pnor_command .= " --binFile_HBBL $scratch_dir/hbbl.bin.ecc";
    $build_pnor_command .= " --binFile_RINGOVD $scratch_dir/ringOvd.bin";
    $build_pnor_command .= " --binFile_HB_VOLATILE $scratch_dir/guard.bin.ecc";
}
$build_pnor_command .= " --fpartCmd \"fpart\"";
$build_pnor_command .= " --fcpCmd \"fcp\"";
print "###############################";
run_command("$build_pnor_command");

#END MAIN
#-------------------------------------------------------------------------
sub usage {


print <<"ENDUSAGE";


ENDUSAGE

;
}


sub parse_config_file {

}


#trim_string takes one string as input, trims leading and trailing whitespace
# before returning that string
sub trim_string {
    my $str = shift;
    $str =~ s/^\s+//;
    $str =~ s/\s+$//;
    return $str;
}

sub run_command {
    my $command = shift;
    print "$command\n";
    my $rc = system($command);
    if ($rc !=0 ){
        die "Error running command: $command. Nonzero return code of ($rc) returned.\n";
    }
    return $rc;
}

# Function to check if a partition exists in the PNOR XML Layout File
sub checkForPnorPartition {
    my $section = shift;
    my $parsed_layout = shift;

    # default the return as 0 (aka 'false') - partition does NOT exist
    my $does_section_exist = 0;

    #Iterate over the <section> elements.
    foreach my $sectionEl (@{$parsed_layout->{section}})
    {
        my $eyeCatch = $sectionEl->{eyeCatch}[0];

        if($eyeCatch eq $section)
        {
            $does_section_exist = 1;
            last;
        }
    }

    return $does_section_exist;
}