use ProxmoxInstallerSetup;
-my $setup = ProxmoxInstallerSetup::setup();
-
-my $opt_testmode;
-
if (!$ENV{G_SLICE} || $ENV{G_SLICE} ne "always-malloc") {
die "do not use slice allocator (run with 'G_SLICE=always-malloc ./proxinstall ...')\n";
}
+my $opt_testmode;
if (!GetOptions('testmode=s' => \$opt_testmode)) {
die "usage error\n";
exit (-1);
}
+my ($setup, $cd_info) = ProxmoxInstallerSetup::setup();
+
my $zfstestpool = "test_rpool";
my $zfspoolname = $opt_testmode ? $zfstestpool : 'rpool';
my $zfsrootvolname = "$setup->{product}-1";
-my $product_cfg = {
- pve => {
- fullname => 'Proxmox VE',
- port => '8006',
- },
- pmg => {
- fullname => 'Proxmox Mail Gateway',
- port => '8006',
- },
- pbs => {
- fullname => 'Proxmox Backup Server',
- port => '8007',
- },
-};
-
my $storage_cfg_zfs = <<__EOD__;
dir: local
path /var/lib/vz
my $logfd = IO::File->new(">/tmp/install.log");
-my $proxmox_libdir = $opt_testmode ?
- Cwd::cwd() . "/testdir/var/lib/pve-installer" : "/var/lib/pve-installer";
+my $proxmox_libdir = $opt_testmode
+ ? Cwd::cwd() . "/testdir/var/lib/proxmox-installer"
+ : "/var/lib/proxmox-installer"
+ ;
my $proxmox_cddir = $opt_testmode ? "../pve-cd-builder/tmp/data-gz/" : "/cdrom";
my $proxmox_pkgdir = "${proxmox_cddir}/proxmox/packages/";
die "chroot: unable to change permission mode for '$path'\n";
}
-sub prepare_systemd_boot_esp {
+sub prepare_proxmox_boot_esp {
my ($espdev, $targetdir) = @_;
- syscmd("chroot $targetdir pve-efiboot-tool init $espdev") == 0 ||
- die "unable to init ESP and install systemd-boot loader on '$espdev'\n";
+ syscmd("chroot $targetdir proxmox-boot-tool init $espdev") == 0 ||
+ die "unable to init ESP and install proxmox-boot loader on '$espdev'\n";
}
sub prepare_grub_efi_boot_esp {
$disksize = $size;
}
- &$udevadm_trigger_block();
+ $udevadm_trigger_block->();
btrfs_create($btrfs_partitions, $btrfs_mode);
} elsif ($use_zfs) {
- my ($devlist, $bootdevlist, $vdev) = get_zfs_raid_setup();
+ my ($devlist, $vdev) = get_zfs_raid_setup();
foreach my $hd (@$devlist) {
- &$clean_disk(@$hd[1]);
+ $clean_disk->(@$hd[1]);
}
+ # install esp/boot part on all, we can only win!
my $disksize;
- foreach my $hd (@$bootdevlist) {
+ for my $hd (@$devlist) {
my $devname = @$hd[1];
my $logical_bsize = @$hd[4];
$disksize = $size;
}
- &$udevadm_trigger_block();
+ $udevadm_trigger_block->();
foreach my $di (@$bootdevinfo) {
my $devname = $di->{devname};
foreach my $di (@$bootdevinfo) {
my $dev = $di->{devname};
- if (!$native_4k_disk_bootable) {
- eval {
- syscmd("chroot $targetdir /usr/sbin/grub-install --target i386-pc --no-floppy --bootloader-id='proxmox' $dev") == 0 ||
- die "unable to install the i386-pc boot loader on '$dev'\n";
- };
- push @$bootloader_err_list, $@ if $@;
- }
+ if ($use_zfs) {
+ prepare_proxmox_boot_esp($di->{esp}, $targetdir);
+ } else {
+ if (!$native_4k_disk_bootable) {
+ eval {
+ syscmd("chroot $targetdir /usr/sbin/grub-install --target i386-pc --no-floppy --bootloader-id='proxmox' $dev") == 0 ||
+ die "unable to install the i386-pc boot loader on '$dev'\n";
+ };
+ push @$bootloader_err_list, $@ if $@;
+ }
eval {
if (my $esp = $di->{esp}) {
- if ($use_zfs) {
- prepare_systemd_boot_esp($esp, $targetdir);
- } else {
prepare_grub_efi_boot_esp($dev, $esp, $targetdir);
}
}
$filename = $steps[$step_number]->{html} if !$filename;
- my $path = "${proxmox_libdir}/html/$filename";
-
- my $url = "file://$path";
+ my $htmldir = "${proxmox_libdir}/html";
+ my $path;
+ if (-f "$htmldir/$setup->{product}/$filename") {
+ $path = "$htmldir/$setup->{product}/$filename";
+ } elsif (-f "$htmldir/common/$filename") {
+ $path = "$htmldir/common/$filename";
+ } else {
+ # FIXME: die now already?
+ }
my $data = file_get_contents($path);
- my $product = $product_cfg->{$setup->{product}};
-
if ($filename eq 'license.htm') {
my $license = eval { decode('utf8', file_get_contents("${proxmox_cddir}/EULA")) };
if (my $err = $@) {
} elsif ($filename eq 'success.htm') {
my $addr = $ipversion == 6 ? "[${ipaddress}]" : "$ipaddress";
$data =~ s/__IPADDR__/$addr/g;
- $data =~ s/__PORT__/$product->{port}/g;
+ $data =~ s/__PORT__/$setup->{port}/g;
my $autoreboot_msg = $config_options->{autoreboot}
? "Automatic reboot scheduled in $autoreboot_seconds seconds."
: '';
$data =~ s/__AUTOREBOOT_MSG__/$autoreboot_msg/;
}
- $data =~ s/__FULL_PRODUCT_NAME__/$product->{fullname}/g;
+ $data =~ s/__FULL_PRODUCT_NAME__/$setup->{fullname}/g;
- $htmlview->load_html($data, $url);
+ # HACK: always set base-path to common path, all resources are there.
+ # NOTE: we could also use an overlayfs with lower=common upper=$product & work=/run/$tmp
+ $htmlview->load_html($data, "file://$htmldir/common/");
$last_display_change = time();
}
});
$vbox->pack_start($reboot_checkbox, 0, 0, 2);
- my $ack_template = "${proxmox_libdir}/html/ack_template.htm";
- my $ack_html = "${proxmox_libdir}/html/$steps[$step_number]->{html}";
+ my $ack_template = "${proxmox_libdir}/html/common/ack_template.htm";
+ my $ack_html = "${proxmox_libdir}/html/$setup->{product}/$steps[$step_number]->{html}";
my $html_data = file_get_contents($ack_template);
my %config_values = (
my $text = "$devname (";
if ($size >= 1024) {
$size = int($size/1024); # size in GB
- $text .= "${size}GB";
+ if ($size >= 1024) {
+ $size = int($size/1024); # size in GB
+ $text .= "${size}TiB";
+ } else {
+ $text .= "${size}GiB";
+ }
} else {
- $text .= "${size}MB";
+ $text .= "${size}MiB";
}
$text .= ", $model" if $model;
}
sub get_zfs_raid_setup {
-
my $filesys = $config_options->{filesys};
my $devlist = &$get_raid_devlist();
my $diskcount = scalar(@$devlist);
die "$filesys needs at least one device\n" if $diskcount < 1;
- my $bootdevlist = [];
-
my $cmd= '';
if ($filesys eq 'zfs (RAID0)') {
- push @$bootdevlist, @$devlist[0];
foreach my $hd (@$devlist) {
legacy_bios_4k_check(@$hd[4]);
$cmd .= " @$hd[1]";
zfs_mirror_size_check($expected_size, @$hd[2]);
legacy_bios_4k_check(@$hd[4]);
$cmd .= " @$hd[1]";
- push @$bootdevlist, $hd;
}
} elsif ($filesys eq 'zfs (RAID10)') {
die "zfs (RAID10) needs at least 4 device\n" if $diskcount < 4;
die "zfs (RAID10) needs an even number of devices\n" if $diskcount & 1;
- push @$bootdevlist, @$devlist[0], @$devlist[1];
-
for (my $i = 0; $i < $diskcount; $i+=2) {
my $hd1 = @$devlist[$i];
my $hd2 = @$devlist[$i+1];
zfs_mirror_size_check($expected_size, @$hd[2]);
legacy_bios_4k_check(@$hd[4]);
$cmd .= " @$hd[1]";
- push @$bootdevlist, $hd;
}
} else {
die "unknown zfs mode '$filesys'\n";
}
- return ($devlist, $bootdevlist, $cmd);
+ return ($devlist, $cmd);
}
sub get_btrfs_raid_setup {
cleanup_view();
if (int($total_memory) < 1024) {
- my $product = $product_cfg->{$setup->{product}};
-
display_error("Less than 1 GiB of usable memory detected, installation will probably fail.\n\n".
- "See 'System Requirements' in the $product->{fullname} documentation.");
+ "See 'System Requirements' in the $setup->{fullname} documentation.");
}
if ($setup->{product} eq 'pve') {
projects / pve-installer.git / blobdiff