my $rw = 0;
$rw = 1 if $output eq "fish";
my $g;
+my @images;
if ($uri) {
- $g = open_guest (\@ARGV, rw => $rw, address => $uri);
+ my ($conn, $dom);
+ ($g, $conn, $dom, @images) =
+ open_guest (\@ARGV, rw => $rw, address => $uri);
} else {
- $g = open_guest (\@ARGV, rw => $rw);
+ my ($conn, $dom);
+ ($g, $conn, $dom, @images) =
+ open_guest (\@ARGV, rw => $rw);
}
$g->launch ();
print "--ro ";
}
- print "-a $_ " foreach @ARGV;
+ print "-a $_ " foreach @images;
my $mounts = $oses->{$root_dev}->{mounts};
# Have to mount / first. Luckily '/' is early in the ASCII
$g = open_guest ([$img1, $img2, ...], address => $uri, ...);
- ($g, $conn, $dom) = open_guest ($name);
+ ($g, $conn, $dom, @images) = open_guest ($name);
This function opens a libguestfs handle for either the libvirt domain
called C<$name>, or the disk image called C<$name>. Any disk images
The implicit libvirt handle is closed after this function, I<unless>
you call the function in C<wantarray> context, in which case the
function returns a tuple of: the open libguestfs handle, the open
-libvirt handle, and the open libvirt domain handle. (This is useful
-if you want to do other things like pulling the XML description of the
-guest). Note that if this is a straight disk image, then C<$conn> and
-C<$dom> will be C<undef>.
+libvirt handle, and the open libvirt domain handle, and a list of
+images. (This is useful if you want to do other things like pulling
+the XML description of the guest). Note that if this is a straight
+disk image, then C<$conn> and C<$dom> will be C<undef>.
If the C<Sys::Virt> module is not available, then libvirt is bypassed,
and this function can only open disk images.
}
}
- return wantarray ? ($g, $conn, $dom) : $g
+ return wantarray ? ($g, $conn, $dom, @images) : $g
}
=head2 get_partitions