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package partition_table::gpt;
use diagnostics;
use strict;
use vars qw(@ISA);
@ISA = qw(partition_table::raw);
use partition_table::raw;
use c;
my $nb_primary = 128;
sub read_one {
my ($hd, $_sector) = @_;
c::get_disk_type($hd->{file}) eq "gpt" or die "$hd->{device} not a GPT disk ($hd->{file})";
my @pt;
foreach (c::get_disk_partitions($hd->{file})) {
log::l($_);
if (/^([^ ]*) ([^ ]*) ([^ ]*) (.*) \((\d*),(\d*),(\d*)\)$/) {
my %p;
$p{part_number} = $1;
$p{real_device} = $2;
$p{fs_type} = $3;
$p{pt_type} = 0xba;
$p{start} = $5;
$p{size} = $7;
@pt[$p{part_number}-1] = \%p;
}
}
for (my $part_number = 1; $part_number < $nb_primary; $part_number++) {
next if exists($pt[$part_number-1]);
$pt[$part_number-1] = { part_number => $part_number };
}
\@pt;
}
sub write {
my ($hd, $_sector, $_pt, $_info) = @_;
# Initialize the disk if current partition table is not gpt
if (c::get_disk_type($hd->{file}) ne "gpt") {
c::set_disk_type($hd->{file}, "gpt");
}
foreach (@{$hd->{will_tell_kernel}}) {
my ($action, $part_number, $o_start, $o_size) = @$_;
my $part;
print "($action, $part_number, $o_start, $o_size)\n";
if ($action eq 'add') {
c::disk_add_partition($hd->{file}, $o_start, $o_size, $part->{fs_type}) or die "failed to add partition";
} elsif ($action eq 'del') {
c::disk_del_partition($hd->{file}, $part_number) or die "failed to del partition";
}
}
common::sync();
1;
}
sub initialize {
my ($class, $hd) = @_;
$hd->{primary} = { raw => [] };
bless $hd, $class;
}
sub can_add { &can_raw_add }
sub adjustStart {}
sub adjustEnd {}
1;
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