package interactive_gtk; # $Id$
use diagnostics;
use strict;
use vars qw(@ISA);
@ISA = qw(interactive);
use interactive;
use common qw(:common :functional);
use my_gtk qw(:helpers :wrappers);
1;
sub new {
$::windowheight ||= 400 if $::isStandalone;
goto &interactive::new;
}
sub enter_console { my ($o) = @_; $o->{suspended} = common::setVirtual(1) }
sub leave_console { my ($o) = @_; common::setVirtual(delete $o->{suspended}) }
sub suspend {}
sub resume {}
sub exit {
gtkset_mousecursor_normal(); #- for restoring a normal in any case on standalone
my_gtk::flush();
c::_exit($_[0]) #- workaround
}
sub ask_from_listW {
my ($o, $title, $messages, $l, $def) = @_;
ask_from_list_with_helpW($o, $title, $messages, $l, undef, $def);
}
sub ask_from_list_with_helpW {
my ($o, $title, $messages, $l, $help, $def) = @_;
my $r;
my $w = my_gtk->new(first(deref($title)), %$o);
#gtkset_usize(createScrolledWindow($tree), 300, min(350, $::windowheight - 60)),
$w->{retval} = $def || $l->[0]; #- nearly especially for the X test case (see timeout in Xconfigurator.pm)
$w->{rwindow}->set_policy(0, 0, 1) if $::isWizard;
if (@$l < 5 or $::isWizard) {
my $defW;
my $tips = new Gtk::Tooltips;
my $g = sub { $w->{retval} = $_[1]; };
my $f = sub { $w->{retval} = $_[1]; Gtk->main_quit };
my $b;
$w->sync;
$::isWizard and my $pixmap = new Gtk::Pixmap( gtkcreate_xpm($w->{window}, $::wizard_xpm)) || die "pixmap $! not found.";
if ($::isWizard) {
gtkset_usize($w->{rwindow}, 500, 400);
}
gtkadd($w->{window},
gtkpack2_(create_box_with_title($w, @$messages),
1,
gtkpack3( $::isWizard,
new Gtk::HBox(0,0),
$::isWizard ? ($pixmap, gtkset_usize(new Gtk::VBox(0,0),30, 0)) : (),
gtkpack2__( $::isWizard ? new Gtk::VBox(0,0): ( @$l < 3 && sum(map { length $_ } @$l) < 60 ? create_hbox() : create_vbox()),
$::isWizard ? gtkset_usize(new Gtk::VBox(0,0), 0, 30) : (),
map {
$::isWizard ? $b = new Gtk::RadioButton($b ? ($_, $b) : $_) : ($b = new Gtk::Button($_));
$tips->set_tip($b, $help->{$_}) if $help && $help->{$_};
$_ eq $def and $defW = $b;
$b->signal_connect(clicked => [ $::isWizard ? $g : $f, $_ ]);
$b;
} @$l, )),
0, new Gtk::HSeparator,
$::isWizard ? (0, $w->create_okcancel()) : (),
),
);
$defW->grab_focus if $defW;
$r = $w->main;
} else {
#- use ask_from_list_with_help only when needed, as key bindings are
#- dropped by List (CList does not seems to accepts Tooltips).
$help ? $w->_ask_from_list_with_help($title, $messages, $l, $help, $def) :
$w->_ask_from_list($title, $messages, $l, $def);
$r = $w->main;
}
$r or $::isWizard ? 0 : die "ask_from_list cancel";
}
sub ask_from_treelistW {
my ($o, $title, $messages, $separator, $l, $def) = @_;
my $sep = quotemeta $separator;
my $w = my_gtk->new($title);
my $tree = Gtk::CTree->new(1, 0);
my %wtree;
my $parent; $parent = sub {
if (my $w = $wtree{"$_[0]$separator"}) { return $w }
my $s;
foreach (split $sep, $_[0]) {
$wtree{"$s$_$separator"} ||=
$tree->insert_node($s ? $parent->($s) : undef, undef, [$_], 5, (undef) x 4, 0, 0);
$s .= "$_$separator";
}
$wtree{$s};
};
my ($root, $leaf, $wdef, $ndef);
foreach (@$l) {
($root, $leaf) = /(.*)$sep(.+)/ or ($root, $leaf) = ('', $_);
my $node = $tree->insert_node($parent->($root), undef, [$leaf], 5, (undef) x 4, 1, 0);
if ($def eq $_) {
$wdef = $node;
my $s; $tree->expand($wtree{$s .= "$_$separator"}) foreach split $sep, $root;
foreach my $nb (1 .. @$l) {
if ($tree->node_nth($nb) == $node) {
$tree->set_focus_row($ndef = $nb);
last;
}
}
}
}
undef %wtree;
my $curr;
my $leave = sub {
$curr->row->is_leaf or return;
my @l; for (; $curr; $curr = $curr->row->parent) {
unshift @l, first $tree->node_get_pixtext($curr, 0);
}
$w->{retval} = join $separator, @l;
Gtk->main_quit;
};
$w->{ok_clicked} = $leave;
$w->{cancel_clicked} = sub { $w->destroy; die "ask_from_list cancel" }; #- make sure windows doesn't live any more.
gtkadd($w->{window},
gtkpack($w->create_box_with_title(@$messages),
gtkpack_(new Gtk::VBox(0,7),
1, gtkset_usize(createScrolledWindow($tree), 300, min(350, $::windowheight - 60)),
0, $w->create_okcancel)));
$tree->set_column_auto_resize(0, 1);
$tree->set_selection_mode('browse');
$tree->signal_connect(tree_select_row => sub { $curr = $_[1]; });
$tree->signal_connect(button_press_event => sub { &$leave if $_[1]{type} =~ /^2/ });
$tree->signal_connect(key_press_event => sub {
my ($w, $e) = @_;
my $c = chr($e->{keyval} & 0xff);
$curr or return;
if ($e->{keyval} >= 0x100 ? $c eq "\r" || $c eq "\x8d" : $c eq ' ') {
if ($curr->row->is_leaf) { &$leave }
else { $tree->toggle_expansion($curr) }
}
1;
});
$tree->grab_focus;
$tree->set_row_height($tree->style->font->ascent + $tree->style->font->descent + 1);
$w->{rwindow}->show;
if ($wdef) {
$tree->select($wdef);
$tree->node_moveto($wdef, 0, 0.5, 0);
}
$w->main or die "ask_from_list cancel";
}
sub ask_many_from_listW {
my ($o, $title, $messages, @l) = @_;
my $w = my_gtk->new('', %$o);
$w->sync; # for XPM's creation
my $tips = new Gtk::Tooltips;
my @boxes; @boxes = map {
my $l = $_;
my $box = gtkpack(new Gtk::VBox(0, @{$l->{icons}} ? 10 : 0),
map_index {
my $i = $::i;
my $o = Gtk::CheckButton->new($_);
$tips->set_tip($o, $l->{help}[$i]) if $l->{help}[$i];
$o->set_active(${$l->{ref}[$i]});
$o->signal_connect(clicked => sub {
my $v = invbool($l->{ref}[$i]);
$boxes[$l->{shadow}]->set_sensitive(!$v) if exists $l->{shadow};
});
my $f = $l->{icons}[$i];
-e $f ? gtkpack_(new Gtk::HBox(0,10), 0, new Gtk::Pixmap(gtkcreate_xpm($w->{window}, $f)), 1, $o) : $o;
} @{$l->{labels}});
@{$l->{labels}} > (@{$l->{icons}} ? 5 : 11) ? gtkset_usize(createScrolledWindow($box), @{$l->{icons}} ? 350 : 0, $::windowheight - 200) : $box;
} @l;
gtkadd($w->{window},
gtkpack_(create_box_with_title($w, @$messages),
(map {; 1, $_, 0, '' } @boxes),
0, $w->create_okcancel,
)
);
$w->{ok}->grab_focus;
$w->main;
}
sub ask_from_entries_refW {
my ($o, $title, $messages, $l, $val, %hcallback) = @_;
my ($title_, @okcancel) = deref($title);
my $ignore = 0; #-to handle recursivity
my $w = my_gtk->new($title_, %$o);
$w->sync; # for XPM's creation
my $set_icon = sub {
my ($i, $button) = @_;
gtkdestroy($i->{icon});
my $f = $i->{icon2f}->(${$i->{val}});
$i->{icon} = -e $f ?
new Gtk::Pixmap(gtkcreate_xpm($w->{window}, $f)) :
new Gtk::Label(translate(${$i->{val}}));
$button->add($i->{icon});
$i->{icon}->show;
};
#-the widgets
my @widgets = map {
my $i = $_;
$i->{type} = "iconlist" if $i->{type} eq "list" && $i->{not_edit} && $i->{icon2f};
if ($i->{type} eq "list") {
my $w = new Gtk::Combo;
$w->set_use_arrows_always(1);
$w->entry->set_editable(!$i->{not_edit});
$w->set_popdown_strings(@{$i->{list}});
$w->disable_activate;
$w;
} elsif ($i->{type} eq "iconlist") {
my $w = new Gtk::Button;
$w->signal_connect(clicked => sub {
${$i->{val}} = next_val_in_array(${$i->{val}}, $i->{list});
$set_icon->($i, $w);
});
$set_icon->($i, $w);
gtkpack_(new Gtk::HBox(0,10), 1, new Gtk::HBox(0,0), 0, $w, 1, new Gtk::HBox(0,0), );
} elsif ($i->{type} eq "bool") {
my $w = Gtk::CheckButton->new($i->{text});
$w->set_active(${$i->{val}});
$w->signal_connect(clicked => sub { $ignore or invbool \${$i->{val}} });
$w;
} elsif ($i->{type} eq "range") {
my $adj = create_adjustment(${$i->{val}}, $i->{min}, $i->{max});
$adj->signal_connect(value_changed => sub { ${$i->{val}} = $adj->get_value });
my $w = new Gtk::HScale($adj);
$w->set_digits(0);
$w;
} else {
new Gtk::Entry;
}
} @$val;
my $ok = $w->create_okcancel(@okcancel);
sub widget {
my ($w, $ref) = @_;
($ref->{type} eq "list" && @{$ref->{list}}) ? $w->entry : $w
}
my @updates = mapn {
my ($w, $ref) = @_;
sub {
$ref->{type} =~ /bool|range|iconlist/ and return;
${$ref->{val}} = widget($w, $ref)->get_text;
};
} \@widgets, $val;
my @updates_inv = mapn {
my ($w, $ref) = @_;
sub {
$ref->{type} =~ /iconlist/ and return;
$ref->{type} eq "bool" ?
$w->set_active(${$ref->{val}}) :
widget($w, $ref)->set_text(${$ref->{val}})
};
} \@widgets, $val;
for (my $i = 0; $i < @$l; $i++) {
my $ind = $i; #-cos lexical bindings pb !!
my $widget = widget($widgets[$i], $val->[$i]);
my $changed_callback = sub {
return if $ignore; #-handle recursive deadlock
&{$updates[$ind]};
if ($hcallback{changed}) {
&{$hcallback{changed}}($ind);
#update all the value
$ignore = 1;
&$_ foreach @updates_inv;
$ignore = 0;
};
};
my $may_go_to_next = sub {
my ($W, $e) = @_;
if (($e->{keyval} & 0x7f) == 0xd) {
$W->signal_emit_stop("key_press_event");
if ($ind == $#$l) {
@$l == 1 ? $w->{ok}->clicked : $w->{ok}->grab_focus;
} else {
widget($widgets[$ind+1],$val->[$ind+1])->grab_focus;
}
}
};
if ($hcallback{focus_out}) {
my $focusout_callback = sub {
return if $ignore;
&{$hcallback{focus_out}}($ind);
#update all the value
$ignore = 1;
&$_ foreach @updates_inv;
$ignore = 0;
};
$widget->signal_connect(focus_out_event => $focusout_callback);
}
if (ref $widget eq "Gtk::HScale") {
$widget->signal_connect(key_press_event => $may_go_to_next);
}
if (ref $widget eq "Gtk::Entry") {
$widget->signal_connect(changed => $changed_callback);
$widget->signal_connect(key_press_event => $may_go_to_next);
$widget->set_text(${$val->[$i]{val}});
$widget->set_visibility(0) if $val->[$i]{hidden};
}
&{$updates[$i]};
}
my @entry_list = mapn { [($_[0], $_[1])]} $l, \@widgets;
gtkadd($w->{window},
gtkpack(
create_box_with_title($w, @$messages),
create_packtable({}, @entry_list),
$ok
));
widget($widgets[0],$val->[0])->grab_focus();
if ($hcallback{complete}) {
my $callback = sub {
my ($error, $focus) = &{$hcallback{complete}};
#-update all the value
$ignore = 1;
foreach (@updates_inv) { &{$_};}
$ignore = 0;
if ($error) {
$focus ||= 0;
widget($widgets[$focus], $val->[$focus])->grab_focus();
} else {
return 1;
}
};
$w->main($callback);
} else {
$w->main();
}
}
sub wait_messageW($$$) {
my ($o, $title, $messages) = @_;
my $w = my_gtk->new($title, %$o, grab => 1);
gtkadd($w->{window}, my $hbox = new Gtk::HBox(0,0));
$hbox->pack_start(my $box = new Gtk::VBox(0,0), 1, 1, 10);
$box->pack_start($_, 1, 1, 4) foreach my @l = map { new Gtk::Label($_) } @$messages;
($w->{wait_messageW} = $l[$#l])->signal_connect(expose_event => sub { $w->{displayed} = 1 });
$w->{rwindow}->set_position('center') if $::isStandalone;
$w->{window}->show_all;
$w->sync until $w->{displayed};
$w;
}
sub wait_message_nextW {
my ($o, $messages, $w) = @_;
my $msg = join "\n", @$messages;
return if $msg eq $w->{wait_messageW}->get; #- needed otherwise no expose_event :(
$w->{displayed} = 0;
$w->{wait_messageW}->set($msg);
$w->flush until $w->{displayed};
}
sub wait_message_endW {
my ($o, $w) = @_;
$w->destroy;
}
sub kill {
my ($o) = @_;
$o->{before_killing} ||= 0;
while (my $e = shift @tempory::objects) { $e->destroy }
while (@interactive::objects > $o->{before_killing}) {
my $w = pop @interactive::objects;
$w->destroy;
}
$o->{before_killing} = @interactive::objects;
}
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package install2; # $Id$
use diagnostics;
use strict;
use vars qw($o $version);
#-######################################################################################
#- misc imports
#-######################################################################################
use steps;
use common;
use install_any qw(:all);
use install_steps;
use install_any;
use lang;
use keyboard;
use mouse;
use devices;
use partition_table;
use modules;
use detect_devices;
use run_program;
use any;
use log;
use fs;
#-#######################################################################################
#-$O
#-the big struct which contain, well everything (globals + the interactive methods ...)
#-if you want to do a kickstart file, you just have to add all the required fields (see for example
#-the variable $default)
#-#######################################################################################
$o = $::o = {
# bootloader => { linear => 0, message => 1, timeout => 5, restricted => 0 },
#- packages => [ qw() ],
partitioning => { clearall => 0, eraseBadPartitions => 0, auto_allocate => 0 }, #-, readonly => 0 },
authentication => { md5 => 1, shadow => 1 },
locale => { lang => 'en_US' },
#- isUpgrade => 0,
toRemove => [],
toSave => [],
#- simple_themes => 1,
timezone => {
#- timezone => "Europe/Paris",
#- UTC => 1,
},
#- superuser => { password => 'a', shell => '/bin/bash', realname => 'God' },
#- user => { name => 'foo', password => 'bar', home => '/home/foo', shell => '/bin/bash', realname => 'really, it is foo' },
#- keyboard => 'de',
#- display => "192.168.1.19:1",
steps => \%steps::installSteps,
orderedSteps => \@steps::orderedInstallSteps,
#- for the list of fields available for user and superuser, see @etc_pass_fields in install_steps.pm
#- intf => { eth0 => { DEVICE => "eth0", IPADDR => '1.2.3.4', NETMASK => '255.255.255.128' } },
netc => {},
intf => {},
#-step : the current one
#-prefix
#-mouse
#-keyboard
#-netc
#-methods
#-packages compss
#-printer haveone entry(cf printer.pm)
};
sub installStepsCall {
my ($o, $auto, $fun, @args) = @_;
$fun = "install_steps::$fun" if $auto;
$o->$fun(@args);
}
#-######################################################################################
#- Steps Functions
#- each step function are called with two arguments : clicked(because if you are a
#- beginner you can force the the step) and the entered number
#-######################################################################################
#------------------------------------------------------------------------------
sub selectLanguage {
my ($_clicked, $ent_number, $auto) = @_;
installStepsCall($o, $auto, 'selectLanguage', $ent_number == 1);
}
sub acceptLicense {
my ($_clicked, $_ent_number, $auto) = @_;
installStepsCall($o, $auto, 'acceptLicense');
}
#------------------------------------------------------------------------------
sub selectMouse {
my ($clicked, $ent_number, $auto) = @_;
require pkgs;
my $first_time = $ent_number == 1;
installStepsCall($o, $auto, 'selectMouse', !$first_time || $clicked);
addToBeDone { mouse::write($o->do_pkgs, $o->{mouse}) if !$o->{isUpgrade} || $clicked } 'installPackages';
}
#------------------------------------------------------------------------------
sub setupSCSI {
my ($clicked, $_ent_number, $auto) = @_;
if (!$::testing && !$::uml_install) {
-d '/lib/modules/' . c::kernel_version() ||
-s modules::cz_file() or die N("Can not access kernel modules corresponding to your kernel (file %s is missing), this generally means your boot floppy in not in sync with the Installation medium (please create a newer boot floppy)", modules::cz_file());
}
installStepsCall($o, $auto, 'setupSCSI', $clicked);
}
#------------------------------------------------------------------------------
sub selectKeyboard {
my ($clicked, $_ent_number, $auto) = @_;
installStepsCall($o, $auto, 'selectKeyboard', $clicked);
#- read keyboard ASAP (so that summary displays ok)
addToBeDone {
$o->{keyboard}{unsafe} or return;
if (my $keyboard = keyboard::read()) {
$o->{keyboard} = $keyboard;
}
} 'formatPartitions';
}
#------------------------------------------------------------------------------
sub selectInstallClass {
my ($clicked, $_ent_number, $auto) = @_;
installStepsCall($o, $auto, 'selectInstallClass', $clicked);
if ($o->{isUpgrade}) {
$o->{keepConfiguration} and @{$o->{orderedSteps}} = grep { !/selectMouse|selectKeyboard|miscellaneous|setRootPassword|addUser|configureNetwork|installUpdates|summary|configureServices|configureX/ } @{$o->{orderedSteps}};
}
}
#------------------------------------------------------------------------------
sub doPartitionDisks {
my ($_clicked, $_ent_number, $auto) = @_;
$o->{steps}{formatPartitions}{done} = 0;
installStepsCall($o, $auto, 'doPartitionDisksBefore');
installStepsCall($o, $auto, 'doPartitionDisks');
installStepsCall($o, $auto, 'doPartitionDisksAfter');
}
sub formatPartitions {
my ($_clicked, $_ent_number, $auto) = @_;
$o->{steps}{choosePackages}{done} = 0;
installStepsCall($o, $auto, 'choosePartitionsToFormat', $o->{fstab}) if !$o->{isUpgrade};
my $want_root_formated = fs::get::root($o->{fstab})->{toFormat};
if ($want_root_formated) {
foreach ('/usr') {
my $part = fs::get::mntpoint2part($_, $o->{fstab}) or next;
$part->{toFormat} or die N("You must also format %s", $_);
}
}
installStepsCall($o, $auto, 'formatMountPartitions', $o->{fstab}) if !$::testing;
if ($want_root_formated) {
#- we formatted /, ensure /var/lib/rpm is cleaned otherwise bad things can happen
#- (especially when /var is *not* formatted)
eval { rm_rf("$o->{prefix}/var/lib/rpm") };
}
mkdir "$o->{prefix}/$_", 0755 foreach
qw(dev etc etc/profile.d etc/rpm etc/sysconfig etc/sysconfig/console
etc/sysconfig/network-scripts etc/sysconfig/console/consolefonts
etc/sysconfig/console/consoletrans
home mnt tmp var var/tmp var/lib var/lib/rpm var/lib/urpmi);
mkdir "$o->{prefix}/$_", 0700 foreach qw(root root/tmp root/drakx);
devices::make("$o->{prefix}/dev/null");
chmod 0666, "$o->{prefix}/dev/null";
eval { fs::mount('none', "$o->{prefix}/proc", 'proc') };
eval { fs::mount('none', "$o->{prefix}/sys", 'sysfs') };
eval { fs::mount_usbfs($o->{prefix}) };
install_any::screenshot_dir__and_move();
install_any::move_clp_to_disk();
any::rotate_logs($o->{prefix});
if (any { $_->{usb_media_type} && any { $_->{mntpoint} } partition_table::get_normal_parts($_) } @{$o->{all_hds}{hds}}) {
log::l("we use a usb-storage based drive, so keep it as a normal scsi_hostadapter");
} else {
log::l("we do not need usb-storage for booting system, rely on hotplug");
#- when usb-storage is in scsi_hostadapter,
#- hotplug + scsimon do not load sd_mod/sr_mod when needed
#- (eg: when plugging a usb key)
$o->{modules_conf}->remove_probeall('scsi_hostadapter', 'usb-storage');
}
require raid;
raid::prepare_prefixed($o->{all_hds}{raids});
#- needed by lilo
if (my @vgs = map { $_->{VG_name} } @{$o->{all_hds}{lvms}}) {
cp_af("/dev/$_", "$::prefix/dev") foreach 'mapper', @vgs;
}
}
#------------------------------------------------------------------------------
sub choosePackages {
my ($_clicked, $ent_number, $auto) = @_;
require pkgs;
#- always setPackages as it may have to copy hdlist and synthesis files.
installStepsCall($o, $auto, 'setPackages', $o->{isUpgrade} && $ent_number == 1);
installStepsCall($o, $auto, 'choosePackages', $o->{packages}, $o->{compssUsers}, $ent_number == 1);
my @flags = map_each { if_($::b, $::a) } %{$o->{rpmsrate_flags_chosen}};
log::l("rpmsrate_flags_chosen's: ", join(' ', sort @flags));
#- check pre-condition that basesystem package must be selected.
pkgs::packageByName($o->{packages}, 'basesystem')->flag_available or die "basesystem package not selected";
#- check if there are packages that need installation.
$o->{steps}{installPackages}{done} = 0 if $o->{steps}{installPackages}{done} && pkgs::packagesToInstall($o->{packages}) > 0;
}
#------------------------------------------------------------------------------
sub installPackages {
my ($_clicked, $ent_number, $auto) = @_;
installStepsCall($o, $auto, 'readBootloaderConfigBeforeInstall') if $ent_number == 1;
installStepsCall($o, $auto, 'beforeInstallPackages');
installStepsCall($o, $auto, 'installPackages');
installStepsCall($o, $auto, 'afterInstallPackages');
}
#------------------------------------------------------------------------------
sub miscellaneous {
my ($clicked, $_ent_number, $auto) = @_;
installStepsCall($o, $auto, 'miscellaneousBefore', $clicked);
installStepsCall($o, $auto, 'miscellaneous', $clicked);
installStepsCall($o, $auto, 'miscellaneousAfter', $clicked);
}
#------------------------------------------------------------------------------
sub summary {
my ($_clicked, $ent_number, $auto) = @_;
installStepsCall($o, $auto, 'summaryBefore');
installStepsCall($o, $auto, 'summary', $ent_number == 1);
installStepsCall($o, $auto, 'summaryAfter');
}
#------------------------------------------------------------------------------
sub configureNetwork {
my ($_clicked, $_ent_number, $auto) = @_;
#- get current configuration of network device.
require network::network;
eval { network::network::read_all_conf($o->{prefix}, $o->{netc}, $o->{intf}) };
installStepsCall($o, $auto, 'configureNetwork') if !$o->{isUpgrade};
}
#------------------------------------------------------------------------------
sub installUpdates {
my ($_clicked, $_ent_number, $auto) = @_;
installStepsCall($o, $auto, 'installUpdates') if $o->{meta_class} ne 'firewall';
}
#------------------------------------------------------------------------------
sub configureServices {
my ($clicked, $_ent_number, $auto) = @_;
installStepsCall($o, $auto, 'configureServices', $clicked);
}
#------------------------------------------------------------------------------
sub setRootPassword {
my ($clicked, $_ent_number, $auto) = @_;
return if $o->{isUpgrade};
installStepsCall($o, $auto, 'setRootPassword', $clicked);
}
#------------------------------------------------------------------------------
sub addUser {
my ($clicked, $_ent_number, $auto) = @_;
installStepsCall($o, $auto, 'addUser', $clicked) if !$o->{isUpgrade};
}
#------------------------------------------------------------------------------
sub setupBootloader {
my ($_clicked, $ent_number, $auto) = @_;
return if $::uml_install;
$o->{modules_conf}->write;
installStepsCall($o, $auto, 'setupBootloaderBefore') if $ent_number == 1;
installStepsCall($o, $auto, 'setupBootloader', $ent_number);
eval { install_any::set_security($o) };
}
#------------------------------------------------------------------------------
sub configureX {
my ($_clicked, $_ent_number, $auto) = @_;
#- done here and also at the end of install2.pm, just in case...
install_any::write_fstab($o);
$o->{modules_conf}->write;
require pkgs;
installStepsCall($o, $auto, 'configureX') if !$::testing && eval { pkgs::packageByName($o->{packages}, 'xorg-x11')->flag_installed } && !$o->{X}{disabled};
}
#------------------------------------------------------------------------------
sub exitInstall {
my ($_clicked, $_xent_number, $auto) = @_;
installStepsCall($o, $auto, 'exitInstall', getNextStep($::o) eq 'exitInstall');
}
sub start_i810fb() {
my ($vga) = cat_('/proc/cmdline') =~ /vga=(\S+)/;
return if !$vga || listlength(cat_('/proc/fb'));
my %vga_to_xres = (0x311 => '640', 0x314 => '800', 0x317 => '1024');
my $xres = $vga_to_xres{$vga} || '800';
log::l("trying to load i810fb module with xres <$xres> (vga was <$vga>)");
eval { modules::load('intel-agp') };
eval {
any::monitor_full_edid(); # keep the result otherwise monitor-edid does not return good results afterwards
my $opt = "xres=$xres hsync1=32 hsync2=48 vsync1=50 vsync2=70 vram=2 bpp=16 accel=1 mtrr=1"; #- this sucking i810fb does not accept floating point numbers in hsync!
modules::load_with_options([ 'i810fb' ], { i810fb => $opt });
};
}
#-######################################################################################
#- MAIN
#-######################################################################################
sub main {
$SIG{SEGV} = sub {
my $msg = "segmentation fault: seems like memory is missing as the install crashes"; log::l($msg);
$o->ask_warn('', $msg);
setVirtual(1);
require install_steps_auto_install;
install_steps_auto_install_non_interactive::errorInStep($o, $msg);
};
$ENV{PERL_BADLANG} = 1;
$ENV{LD_ASSUME_KERNEL} = '2.4.1';
delete $ENV{TERMINFO};
umask 022;
$::isInstall = 1;
$::isWizard = 1;
$::no_ugtk_init = 1;
$::expert = 0;
#- c::unlimit_core() unless $::testing;
my ($cfg, $patch, @auto);
my %cmdline = map {
my ($n, $v) = split /=/;
$n => $v || 1;
} split ' ', cat_("/proc/cmdline");
my $opt; foreach (@_) {
if (/^--?(.*)/) {
$cmdline{$opt} = 1 if $opt;
$opt = $1;
} else {
$cmdline{$opt} = $_ if $opt;
$opt = '';
}
} $cmdline{$opt} = 1 if $opt;
#- from stage1
put_in_hash(\%ENV, { getVarsFromSh('/tmp/env') });
exists $ENV{$_} and $cmdline{lc($_)} = $ENV{$_} foreach qw(METHOD PCMCIA KICKSTART);
map_each {
my ($n, $v) = @_;
my $f = ${{
lang => sub { $o->{locale}{lang} = $v },
flang => sub { $o->{locale}{lang} = $v; push @auto, 'selectLanguage' },
method => sub { $o->{method} = $v },
pcmcia => sub { $o->{pcmcia} = $v },
vga16 => sub { $o->{vga16} = $v },
vga => sub { $o->{vga} = $v },
step => sub { $o->{steps}{first} = $v },
meta_class => sub { $o->{meta_class} = $v },
freedriver => sub { $o->{freedriver} = $v },
no_bad_drives => sub { $o->{partitioning}{no_bad_drives} = 1 },
readonly => sub { $o->{partitioning}{readonly} = $v ne "0" },
display => sub { $o->{display} = $v },
askdisplay => sub { print "Please enter the X11 display to perform the install on ? "; $o->{display} = chomp_(scalar(<STDIN>)) },
security => sub { $o->{security} = $v },
noauto => sub { $::noauto = 1 },
testing => sub { $::testing = 1 },
patch => sub { $patch = 1 },
defcfg => sub { $cfg = $v },
newt => sub { $o->{interactive} = "newt" },
text => sub { $o->{interactive} = "newt" },
stdio => sub { $o->{interactive} = "stdio" },
kickstart => sub { $::auto_install = $v },
uml_install => sub { $::uml_install = 1 },
auto_install => sub { $::auto_install = $v },
simple_themes => sub { $o->{simple_themes} = 1 },
theme => sub { $o->{theme} = $v },
doc => sub { $o->{doc} = 1 }, #- will be used to know that we're running for the doc team,
#- e.g. we want screenshots with a good B&W contrast
useless_thing_accepted => sub { $o->{useless_thing_accepted} = 1 },
alawindows => sub { $o->{security} = 0; $o->{partitioning}{clearall} = 1; $o->{bootloader}{crushMbr} = 1 },
fdisk => sub { $o->{partitioning}{fdisk} = 1 },
nomouseprobe => sub { $o->{nomouseprobe} = $v },
updatemodules => sub { $o->{updatemodules} = 1 },
move => sub { $::move = 1 },
globetrotter => sub { $::move = 1; $::globetrotter = 1 },
suppl => sub { $o->{supplmedia} = 1 },
askmedia => sub { $o->{askmedia} = 1 },
}}{lc $n}; &$f if $f;
} %cmdline;
if ($::testing) {
$ENV{SHARE_PATH} ||= "/export/install/stage2/live/usr/share";
$ENV{SHARE_PATH} = "/usr/share" if !-e $ENV{SHARE_PATH};
} else {
$ENV{SHARE_PATH} ||= "/usr/share";
}
undef $::auto_install if $cfg;
if (!$::testing) {
unlink $_ foreach "/modules/modules.mar", "/sbin/stage1";
}
log::openLog(($::testing || $o->{localInstall}) && 'debug.log');
log::l("second stage install running (", install_any::drakx_version(), ")");
eval { output('/proc/sys/kernel/modprobe', "\n") } if !$::testing; #- disable kmod, otherwise we get a different behaviour in kernel vs kernel-BOOT
eval { fs::mount('none', '/sys', 'sysfs', 1) };
if ($::move) {
require move;
move::init($o);
}
cp_f(glob('/stage1/tmp/*'), '/tmp');
#- free up stage1 memory
eval { fs::umount($_) } foreach qw(/stage1/proc/bus/usb /stage1/proc /stage1);
$o->{prefix} = $::prefix = $::testing ? "/tmp/test-perl-install" : $::move ? "" : "/mnt";
mkdir $o->{prefix}, 0755;
#- make sure we do not pick up any gunk from the outside world
my $remote_path = "$o->{prefix}/sbin:$o->{prefix}/bin:$o->{prefix}/usr/sbin:$o->{prefix}/usr/bin:$o->{prefix}/usr/X11R6/bin";
$ENV{PATH} = "/usr/bin:/bin:/sbin:/usr/sbin:/usr/X11R6/bin:$remote_path";
eval { spawnShell() };
modules::load_dependencies(($::testing ? ".." : "") . "/modules/modules.dep");
require modules::any_conf;
require modules::modules_conf;
$o->{modules_conf} = modules::modules_conf::read(modules::any_conf::vnew(), '/tmp/modules.conf');
modules::read_already_loaded($o->{modules_conf});
#- done before auto_install is called to allow the -IP feature on auto_install file name
if (-e '/tmp/network') {
require network::network;
#- get stage1 network configuration if any.
log::l('found /tmp/network');
$o->{netc} ||= {};
add2hash($o->{netc}, network::network::read_conf('/tmp/network'));
if (my ($file) = glob_('/tmp/ifcfg-*')) {
log::l("found network config file $file");
my $l = network::network::read_interface_conf($file);
$o->{intf}{$l->{DEVICE}} ||= $l;
}
if (-e '/etc/resolv.conf') {
my $file = '/etc/resolv.conf';
log::l("found network config file $file");
add2hash($o->{netc}, network::network::read_resolv_conf($file));
}
}
#- done after module dependencies are loaded for "vfat depends on fat"
if ($::auto_install) {
if ($::auto_install =~ /-IP(\.pl)?$/) {
my ($ip) = cat_('/tmp/stage1.log') =~ /configuring device (?!lo)\S+ ip: (\S+)/;
my $normalized_ip = join('', map { sprintf "%02X", $_ } split('\.', $ip));
$::auto_install =~ s/-IP(\.pl)?$/-$normalized_ip$1/;
}
require install_steps_auto_install;
eval { $o = $::o = install_any::loadO($o, $::auto_install) };
if ($@) {
if ($o->{useless_thing_accepted}) { #- Pixel's hack to be able to fail through
log::l("error using auto_install, continuing");
undef $::auto_install;
} else {
install_steps_auto_install_non_interactive::errorInStep($o, "Error using auto_install\n" . formatError($@));
}
} else {
log::l("auto install config file loaded successfully");
#- normalize for people not using our special scheme
foreach (@{$o->{manualFstab} || []}) {
$_->{device} =~ s!^/dev/!!;
}
}
}
$o->{interactive} ||= 'gtk' if !$::auto_install;
if ($o->{interactive} eq "gtk" && availableMemory() < 22 * 1024) {
log::l("switching to newt install cuz not enough memory");
$o->{interactive} = "newt";
}
if (my ($s) = cat_("/proc/cmdline") =~ /brltty=(\S*)/) {
my ($driver, $device, $table) = split(',', $s);
$table = "text.$table.tbl" if $table !~ /\.tbl$/;
log::l("brltty option $driver $device $table");
$o->{brltty} = { driver => $driver, device => $device, table => $table };
$o->{interactive} = 'newt';
$o->{nomouseprobe} = 1;
}
# perl_checker: require install_steps_gtk
# perl_checker: require install_steps_newt
# perl_checker: require install_steps_stdio
require "install_steps_$o->{interactive}.pm" if $o->{interactive};
#- needed before accessing floppy (in case of usb floppy)
modules::load_category($o->{modules_conf}, 'bus/usb');
#- oem patch should be read before to still allow patch or defcfg.
eval { $o = $::o = install_any::loadO($o, "install/patch-oem.pl"); log::l("successfully read oem patch") };
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