@ISA = qw(Exporter);
@EXPORT_OK = qw(open_guest get_partitions resolve_windows_path
inspect_all_partitions inspect_partition
- inspect_operating_systems mount_operating_system inspect_in_detail);
+ inspect_operating_systems mount_operating_system inspect_in_detail
+ inspect_linux_kernel);
=head2 open_guest
}
$config{cmdline} = join(' ', @args) if(scalar(@args) > 0);
- my $kernel = _inspect_linux_kernel($g, $os, "$path");
+ my $kernel =
+ inspect_linux_kernel($g, $path, $os->{package_format});
# Check the kernel was recognised
if(defined($kernel)) {
+ # Put this kernel on the top level kernel list
+ my $kernels = $os->{kernels};
+ if(!defined($kernels)) {
+ $kernels = [];
+ $os->{kernels} = $kernels;
+ }
+ push(@$kernels, $kernel);
+
$config{kernel} = $kernel;
# Look for an initrd entry
}
}
-sub _inspect_linux_kernel
+=head2 inspect_linux_kernel
+
+ my $kernel_hash = inspect_linux_kernel($g, $vmlinuz_path, $package_format);
+
+inspect_linux_kernel returns a hash describing the target linux kernel. For the
+contents of the hash, see the I<kernels> structure described under
+L</inspect_in_detail>.
+
+=cut
+
+sub inspect_linux_kernel
{
- my ($g, $os, $path) = @_;
+ my ($g, $path, $package_format) = @_;
my %kernel = ();
# If this is a packaged kernel, try to work out the name of the package
# which installed it. This lets us know what to install to replace it with,
# e.g. kernel, kernel-smp, kernel-hugemem, kernel-PAE
- if($os->{package_format} eq "rpm") {
+ if($package_format eq "rpm") {
my $package;
eval { $package = $g->command(['rpm', '-qf', '--qf',
'%{NAME}', $path]); };
# of any kernel module.
$kernel{arch} = file_architecture ($g, $any_module);
- # Put this kernel on the top level kernel list
- my $kernels = $os->{kernels};
- if(!defined($kernels)) {
- $kernels = [];
- $os->{kernels} = $kernels;
- }
- push(@$kernels, \%kernel);
-
return \%kernel;
}