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$o->{autoExitInstall} = 1;
$o->{build_live_system} = 1;
$o->{desktop} = 'KDE';
$o->{autologin} = ${$o->{users}}[0]->{name};
my %cmdline;
my $opt; foreach (@ARGV) {
if (/^--?(.*)/) {
$cmdline{$opt} = 1 if $opt;
$opt = $1;
} else {
$cmdline{$opt} = $_ if $opt;
$opt = '';
}
} $cmdline{$opt} = 1 if $opt;
exists $cmdline{langs} and $o->{locale}{langs} = +{ map { $_ => 1 } split(':', $cmdline{langs}) };
use install_any;
package install_any;
undef *ejectCdrom;
*ejectCdrom = sub {};
use pkgs;
package pkgs;
undef *read_rpmsrate;
*read_rpmsrate = sub {
my ($packages, $rpmsrate_flags_chosen, $f) = @_;
my ($rates, $flags, $need_to_copy) = read_rpmsrate_raw($f);
foreach (keys %$flags) {
my $p = packageByName($packages, $_) or next;
my @flags = (@{$flags->{$_}}, map { if_(/locales-(.*)/, qq(LOCALES"$1")) } $p->requires_nosense);
@flags = map {
my ($user_flags, $known_flags) = partition { /^!?CAT_/ } split('\|\|', $_);
my $ok = find {
my $inv = s/^!//;
$inv xor do {
if (my ($p) = /^HW"(.*)"/) {
return $::o->{build_live_system} ? !$inv : detect_devices::matching_desc__regexp($p);
} elsif (($p) = /^HW_CAT"(.*)"/) {
return $::o->{build_live_system} ? !$inv : modules::probe_category($p);
} elsif (($p) = /^DRIVER"(.*)"/) {
return $::o->{build_live_system} ? !$inv : detect_devices::matching_driver__regexp($p);
} elsif (($p) = /^TYPE"(.*)"/) {
return $::o->{build_live_system} ? !$inv : detect_devices::matching_type($p);
} else {
$rpmsrate_flags_chosen->{$_};
}
};
} @$known_flags;
$ok ? 'TRUE' : @$user_flags ? join('||', @$user_flags) : 'FALSE';
} @flags;
$p->set_rate($rates->{$_});
$p->set_rflags(member('FALSE', @flags) ? 'FALSE' : @flags);
}
push @{$packages->{needToCopy} ||= []}, @$need_to_copy;
};
undef *bestKernelPackage;
*bestKernelPackage = sub {
my ($packages) = @_;
my @kernels = packages2kernels($packages) or internal_error('no kernel available');
my ($version_BOOT) = c::kernel_version() =~ /^(\d+\.\d+)/;
if (my @l = grep { $_->{version} =~ /\Q$version_BOOT/ } @kernels) {
#- favour versions corresponding to current BOOT version
@kernels = @l;
}
my @preferred_exts =
$::o->{build_live_system} ? '-i586-up-1GB' :
detect_devices::is_xbox() ? '-xbox' :
detect_devices::is_i586() ? '-i586-up-1GB' :
!detect_devices::has_cpu_flag('pae') ? ('-i686-up-4GB', '-i586-up-1GB') :
detect_devices::hasSMP() ? '-smp' :
'';
foreach my $prefered_ext (@preferred_exts, '') {
if (my @l = grep { $_->{ext} eq $prefered_ext } @kernels) {
@kernels = @l;
}
}
log::l("bestKernelPackage (" . join(':', @preferred_exts) . "): " . join(' ', map { $_->{pkg}->name } @kernels) . (@kernels > 1 ? ' (choosing the first)' : ''));
$preferred{'kernel-source-' . $kernels[0]{version}} = undef;
$kernels[0]{pkg};
};
undef *selected_leaves;
*selected_leaves = sub {
my ($packages) = @_;
my $provides = $packages->{provides};
my @l = grep { $_->flag_requested || $_->flag_installed } @{$packages->{depslist}};
my %required_ids;
foreach my $pkg (@l) {
foreach my $req ($pkg->requires_nosense) {
my $h = $provides->{$req} or next;
my @provides = my ($provide) = keys %$h;
@provides == 1 or next;
if ($provide != (exists $required_ids{$pkg->id} ? $required_ids{$pkg->id} : $pkg->id)) {
# log::l($packages->{depslist}[$provide]->name . " is not a leaf because required by " . $pkg->name . " (through require $req)");
#- $pkg requires $req, provided by $provide, so we can skip $provide
$required_ids{$provide} = $pkg->id;
}
}
}
[ map { $_->name } grep { ! exists $required_ids{$_->id} } @l ];
};
use install_steps;
package install_steps;
my $old = \&configureNetwork;
undef *configureNetwork;
*configureNetwork = sub {
my ($o) = @_;
if ($o->{build_live_system}) {
require network::ethernet;
network::ethernet::install_dhcp_client($o, undef);
}
&$old;
};
undef *doPartitionDisksAfter;
*doPartitionDisksAfter = sub {
my ($o) = @_;
if (!$::testing) {
my $hds = $o->{all_hds}{hds};
partition_table::write($_) foreach @$hds;
$_->{rebootNeeded} and $o->rebootNeeded foreach @$hds;
}
fs::set_removable_mntpoints($o->{all_hds});
fs::mount_options::set_all_default($o->{all_hds}, %$o, lang::fs_options($o->{locale}))
if !$o->{isUpgrade};
$o->{fstab} = [ fs::get::fstab($o->{all_hds}) ];
if ($::local_install) {
my $p = fs::get::mntpoint2part($::prefix, [ fs::read_fstab('', '/proc/mounts') ]);
my $part = fs::get::device2part($p->{device}, $o->{fstab}) || $o->{fstab}[0];
$part->{mntpoint} = '/';
$part->{isMounted} = 1;
}
fs::get::root_($o->{fstab}) or die "Oops, no root partition";
if (arch() =~ /ppc/ && detect_devices::get_mac_generation() =~ /NewWorld/) {
die "Need bootstrap partition to boot system!" if !(defined $partition_table::mac::bootstrap_part);
}
if (arch() =~ /ia64/ && !fs::get::has_mntpoint("/boot/efi", $o->{all_hds})) {
die N("You must have a FAT partition mounted in /boot/efi");
}
if ($o->{partitioning}{use_existing_root}) {
#- ensure those partitions are mounted so that they are not proposed in choosePartitionsToFormat
fs::mount::part($_) foreach sort { $a->{mntpoint} cmp $b->{mntpoint} }
grep { $_->{mntpoint} && maybeFormatted($_) } @{$o->{fstab}};
}
cat_("/proc/mounts") =~ m|(\S+)\s+/tmp/nfsimage| &&
!any { $_->{mntpoint} eq "/mnt/nfs" } @{$o->{all_hds}{nfss}} and
push @{$o->{all_hds}{nfss}}, { fs_type => 'nfs', mntpoint => "/mnt/nfs", device => $1, options => "noauto,ro,nosuid,soft,rsize=8192,wsize=8192" };
};
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