use Pod::Usage;
use File::Basename;
use File::Spec;
+use File::Path qw(make_path);
use IO::Handle;
use Time::HiRes("usleep");
use Socket;
$ENV{NB_SERIAL} = $serial;
}
if (defined $grub_config) { $grub_config ||= "menu.lst"; }
-if (defined $grub2_config) { $grub2_config ||= "grub.cfg"; }
+if (defined $grub2_config) { $grub2_config ||= "./boot/grub/grub.cfg"; }
## Parse the novaboot script(s)
my @scripts;
{
my ($filename, $title, $base, $modules_ref, $preamble, $prolog) = @_;
if ($base && substr($base,-1,1) ne '/') { $base = "$base/"; };
+ my $dir = dirname($filename);
+ make_path($dir, {
+ chmod => 0755,
+ });
open(my $fg, '>', $filename) or die "$filename: $!";
print $fg "$preamble\n" if $preamble;
$title ||= 'novaboot';
print $fg "menuentry $title {\n";
print $fg "$prolog\n" if $prolog;
my $first = 1;
+ my $boot_method = $variables->{BOOT_METHOD} // "multiboot";
+ my $module_load_method = "module";
+ if ($boot_method eq "linux") {
+ $module_load_method = "initrd";
+ die('Too many "load" lines for Linux kernel') if (scalar(@$modules_ref) > 2);
+ }
foreach (@$modules_ref) {
if ($first) {
$first = 0;
my ($kbin, $kcmd) = split(' ', $_, 2);
$kcmd = '' if !defined $kcmd;
- print $fg " multiboot ${base}$kbin $kcmd\n";
+ print $fg " $boot_method ${base}$kbin $kcmd\n";
} else {
my @args = split;
- # GRUB2 doesn't pass filename in multiboot info so we have to duplicate it here
- $_ = join(' ', ($args[0], @args));
- s|\brom://|$rom_prefix|g; # We do not need to translate path for GRUB2
- print $fg " module $base$_\n";
+ if ($boot_method eq "multiboot") {
+ # GRUB2 doesn't pass filename in multiboot info so we have to duplicate it here
+ $_ = join(' ', ($args[0], @args));
+ s|\brom://|$rom_prefix|g; # We do not need to translate path for GRUB2
+ }
+ print $fg " $module_load_method $base$_\n";
}
}
print $fg "}\n";
open(my $fh, '>', 'dhcpd.conf');
my $mac = `cat /sys/class/net/$netif/address`;
chomp $mac;
- print $fh "subnet 10.23.23.0 netmask 255.255.255.0 {
- range 10.23.23.10 10.23.23.100;
- filename \"bin/boot/grub/pxegrub.pxe\";
- next-server 10.23.23.1;
+ print $fh "
+subnet 10.23.23.0 netmask 255.255.255.0 {
+ range 10.23.23.10 10.23.23.100;
+ next-server 10.23.23.1;
+}
+class \"pxe-clients\" {
+ match option vendor-class-identifier;
+}
+subclass \"pxe-clients\" \"PXEClient:Arch:00000:UNDI:002001\" {
+ option bootfile-name \"boot/grub/i386-pc/core.0\";
+}
+subclass \"pxe-clients\" \"PXEClient:Arch:00007:UNDI:003016\" {
+ option bootfile-name \"boot/grub/x86_64-efi/core.efi\";
}
host server {
hardware ethernet $mac;
if (defined $dhcp_tftp || defined $tftp) {
$tftp_port ||= 69;
+ my $tftp_root = "$builddir";
+ $tftp_root = "$server" if(defined $server);
+
+ # Prepare a GRUB netboot directory
+ system_verbose("grub-mknetdir --net-directory=$tftp_root") if (defined $grub2_config);
+
# Generate TFTP mapfile
- open(my $fh, '>', "$builddir/mapfile");
+ open(my $fh, '>', "$tftp_root/mapfile");
print $fh "# Some PXE clients (mainly UEFI) have bug. They add zero byte to the end of the
# path name. This rule removes it
r \\.efi.* \\.efi";
close($fh);
# Unfortunately, tftpd requires root privileges even with
# non-privileged (>1023) port due to initgroups().
- system_verbose("sudo in.tftpd --listen --secure -v -v -v --pidfile tftpd.pid -m mapfile --address :$tftp_port $builddir");
+ system_verbose("sudo in.tftpd --listen --secure -v -v -v --pidfile tftpd.pid -m mapfile --address :$tftp_port $tftp_root");
# Kill server when we die
$SIG{__DIE__} = sub { system_verbose('sudo pkill --pidfile=dhcpd.pid') if (defined $dhcp_tftp);
- system_verbose('sudo pkill --pidfile=tftpd.pid'); };
+ system_verbose("sudo pkill --pidfile=$tftp_root/tftpd.pid"); };
# We have to kill tftpd explicitely, because it is not in our process group
- $SIG{INT} = sub { system_verbose('sudo pkill --pidfile=tftpd.pid'); exit(0); };
+ $SIG{INT} = sub { system_verbose("sudo pkill --pidfile=$tftp_root/tftpd.pid"); exit(0); };
}
### AMT IDE-R
=item --grub2[=I<filename>]
Generate GRUB2 menu entry in I<filename>. If I<filename> is not
-specified F<grub.cfg> is used. The content of the menu entry can be
+specified F<./boot/grub/grub.cfg> is used. The content of the menu entry can be
customized with B<--grub-preamble>, B<--grub2-prolog> or
B<--grub_prefix> options.
+GRUB2 can boot multiboot-compliant kernels and a few kernels with specific
+support. L</BOOT_METHOD> could be used to specify the command used by GRUB2 to
+load the kernel. See L<GNU GRUB Manual|https://www.gnu.org/software/grub/manual/grub/grub.html#Booting>.
+
To use the generated menu entry on your development
machine that uses GRUB2, append the following snippet to
F</etc/grub.d/40_custom> file and regenerate your grub configuration,
=over 8
+=item BOOT_METHOD
+
+Specifies the way GRUB2 boots the kernel. For kernels with multiboot
+support use C<multiboot> method (the default). For Linux kernel use C<linux> method.
+
=item BUILDDIR
Novaboot chdir()s to this directory before file generation phase. The
projects / novaboot.git / blobdiff