package partition_table::raw; # $Id$
use diagnostics;
use strict;
use common;
use devices;
use detect_devices;
use log;
use c;
my @MBR_signatures = (
if_(arch() =~ /ppc/,
map { [ 'yaboot', 0, "PM", 0x200 * $_ + 0x10, "bootstrap\0" ] } 0 .. 61
),
[ 'empty', 0, "\0\0\0\0" ],
[ 'grub', 0, "\xEBG", 0x17d, "stage1 \0" ],
[ 'grub', 0, "\xEBH", 0x17e, "stage1 \0" ],
[ 'grub', 0, "\xEBH", 0x18a, "stage1 \0" ],
[ 'grub', 0, "\xEBH", 0x181, "GRUB \0" ],
[ 'lilo', 0x2, "LILO" ],
[ 'lilo', 0x6, "LILO" ],
[ 'grub', 0x6, "GRUB" ],
[ 'osbs', 0x2, "OSBS" ], #- http://www.prz.tu-berlin.de/~wolf/os-bs.html
[ 'pqmagic', 0xef, "PQV" ],
[ 'BootStar', 0x130, "BootStar:" ],
[ 'DocsBoot', 0x148, 'DocsBoot' ],
[ 'system_commander', 0x1ad, "SYSCMNDRSYS" ],
[ 'Be Os', 0x24, 'Boot Manager' ],
[ 'os2', 0, "\xFA\xB8\x30\x00", 0xfA, "OS/2" ],
[ 'TimO', 0, 'IBM Thinkpad hibernation partition' ],
[ 'dos', 0xa0, "\x25\x03\x4E\x02\xCD\x13" ],
[ 'dos', 0xa0, "\x00\xB4\x08\xCD\x13\x72" ], #- nt2k's
[ 'dos', 0x60, "\xBB\x00\x7C\xB8\x01\x02\x57\xCD\x13\x5F\x73\x0C\x33\xC0\xCD\x13" ], #- nt's
[ 'dos', 0x70, "\x0C\x33\xC0\xCD\x13\x4F\x75\xED\xBE\xA3" ],
[ 'freebsd', 0xC0, "\x00\x30\xE4\xCD\x16\xCD\x19\xBB\x07\x00\xB4" ],
[ 'freebsd', 0x160, "\x6A\x10\x89\xE6\x48\x80\xCC\x40\xCD\x13" ],
[ 'dummy', 0xAC, "\x0E\xB3\x07\x56\xCD\x10\x5E\xEB" ], #- caldera?
[ 'ranish', 0x100, "\x6A\x10\xB4\x42\x8B\xF4\xCD\x13\x8B\xE5\x73" ],
[ 'os2', 0x1c2, "\x0A" ],
[ 'Acronis', 0, "\xE8\x12\x01" ],
);
sub typeOfMBR($) { typeFromMagic(devices::make($_[0]), @MBR_signatures) }
sub typeOfMBR_($) { typeFromMagic($_[0], @MBR_signatures) }
sub hasExtended { 0 }
sub cylinder_size($) {
my ($hd) = @_;
$hd->{geom}{sectors} * $hd->{geom}{heads};
}
sub first_usable_sector { 1 }
sub last_usable_sector {
my ($hd) = @_;
$hd->{totalsectors};
}
#- default method for starting a partition, only head size or twice
#- is allowed for starting a partition after a cylinder boundarie.
sub adjustStart($$) {
my ($hd, $part) = @_;
my $end = $part->{start} + $part->{size};
$part->{start} = round_up($part->{start},
$part->{start} % cylinder_size($hd) < 2 * $hd->{geom}{sectors} ?
$hd->{geom}{sectors} : cylinder_size($hd));
$part->{size} = $end - $part->{start};
$part->{size} > 0 or die "adjustStart get a too small partition to handle correctly";
}
#- adjusting end to match a cylinder boundary, two methods are used and must
#- match at the end, else something is wrong and nothing will be done on
#- partition table.
#- $end2 is computed by removing 2 (or only 1 if only 2 heads on drive) groups
#- of sectors, this is necessary to handle extended partition where logical
#- partition start after 1 (or 2 accepted) groups of sectors (typically 63).
#- $end is floating (is not on cylinder boudary) so we have to choice a good
#- candidate, $end1 or $end2 should always be good except $end1 for small
#- partition size.
sub adjustEnd($$) {
my ($hd, $part) = @_;
my $end = $part->{start} + $part->{size};
$end > $hd->{geom}{cylinders} * cylinder_size($hd) && $end <= $hd->{totalsectors} and return;
my $end1 = round_down($end, cylinder_size($hd));
my $end2 = round_up($end - ($hd->{geom}{heads} > 2 ? 2 : 1) * $hd->{geom}{sectors}, cylinder_size($hd));
$end2 <= $hd->{geom}{cylinders} * cylinder_size($hd) or die "adjustEnd go beyond end of device geometry ($end2 > $hd->{totalsectors})";
$part->{size} = ($end1 - $part->{start} > cylinder_size($hd) ? $end1 : $end2) - $part->{start};
$part->{size} > 0 or internal_error("adjustEnd get a too small partition to handle correctly");
}
sub get_geometry($) {
my ($dev) = @_;
my $g = "";
sysopen(my $F, $dev, 0) or return;
ioctl($F, c::HDIO_GETGEO(), $g) or return;
my %geom; @geom{qw(heads sectors cylinders start)} = unpack "CCSL", $g;
$geom{totalcylinders} = $geom{cylinders};
my $total;
#- $geom{cylinders} is no good (only a ushort, that means less than 2^16 => at best 512MB)
if ($total = c::total_sectors(fileno $F)) {
$geom{cylinders} = int $total / $geom{heads} / $geom{sectors};
} else {
$total = $geom{heads} * $geom{sectors} * $geom{cylinders}
}
{ geom => \%geom, totalsectors => $total };
}
sub openit {
my ($hd, $o_mode) = @_;
my $F; sysopen($F, $hd->{file}, $o_mode || 0) and $F;
}
# cause kernel to re-read partition table
sub kernel_read($) {
my ($hd) = @_;
common::sync();
my $F = openit($hd) or return 0;
common::sync(); sleep(1);
$hd->{rebootNeeded} = !ioctl($F, c::BLKRRPART(), 0);
common::sync();
close $F;
common::sync(); sleep(1);
}
sub raw_removed {
my ($_hd, $_raw) = @_;
}
sub can_raw_add {
my ($hd) = @_;
$_->{size} || $_->{type} or return 1 foreach @{$hd->{primary}{raw}};
0;
}
sub raw_add {
my ($_hd, $raw, $part) = @_;
foreach (@$raw) {
$_->{size} || $_->{type} and next;
$_ = $part;
return;
}
die "raw_add: partition table already full";
}
sub zero_MBR {
my ($hd) = @_;
#- force the standard partition type for the architecture
my $type = arch() =~ /ia64/ ? 'gpt' : arch() eq "alpha" ? "bsd" : arch() =~ /^sparc/ ? "sun" : arch() eq "ppc" ? "mac" : "dos";
#- override standard mac type on PPC for IBM machines to dos
$type = "dos" if arch() =~ /ppc/ && detect_devices::get_mac_model() =~ /^IBM/;
require "partition_table/$type.pm";
bless $hd, "partition_table::$type";
$hd->{primary} = $hd->clear_raw;
delete $hd->{extended};
}
sub zero_MBR_and_dirty {
my ($hd) = @_;
zero_MBR($hd);
$hd->{isDirty} = $hd->{needKernelReread} = 1;
}
#- ugly stuff needed mainly for Western Digital IDE drives
#- try writing what we've just read, yells if it fails
#- testing on last sector of head #0 (unused in 99% cases)
#-
#- return false if the device can't be written to (especially for Smartmedia)
sub test_for_bad_drives {
my ($hd) = @_;
log::l("test_for_bad_drives($hd->{file})");
my $sector = $hd->{geom}{sectors} - 1;
sub error { die "$_[0] error: $_[1]" }
my $F = openit($hd, $::testing ? 0 : 2) or error(openit($hd) ? 'write' : 'read', "can't open device");
my $seek = sub {
c::lseek_sector(fileno($F), $sector, 0) or error('read', "seeking to sector $sector failed");
};
my $tmp;
&$seek; sysread $F, $tmp, $SECTORSIZE or error('read', "can't even read ($!)");
return if $hd->{readonly} || $::testing;
&$seek; syswrite $F, $tmp or error('write', "can't even write ($!)");
my $tmp2;
&$seek; sysread $F, $tmp2, $SECTORSIZE or die "test_for_bad_drives: can't even read again ($!)";
$tmp eq $tmp2 or die
\N("Something bad is happening on your drive.
A test to check the integrity of data has failed.
It means writing anything on the disk will end up with random, corrupted data.");
}
1;
/a>
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package mygtk2;
use diagnostics;
use strict;
our @ISA = qw(Exporter);
our @EXPORT = qw(gtknew gtkset gtkadd gtkval_register gtkval_modify);
use c;
use log;
use common;
use Gtk2;
use Gtk2::Gdk::Keysyms;
unless ($::no_ugtk_init) {
!check_for_xserver() and print("Cannot be run in console mode.\n"), c::_exit(0);
$::one_message_has_been_translated and warn("N() was called from $::one_message_has_been_translated BEFORE gtk2 initialisation, replace it with a N_() AND a translate() later.\n"), c::_exit(1);
Gtk2->init;
c::bind_textdomain_codeset($_, 'UTF8') foreach 'libDrakX', @::textdomains;
$::need_utf8_i18n = 1;
}
Gtk2->croak_execeptions if (!$::no_ugtk_init || $::isInstall) && 0.95 < $Gtk2::VERSION;
sub gtknew {
my $class = shift;
if (@_ % 2 != 0) {
internal_error("gtknew $class: bad options @_");
}
if (my $r = find { ref $_->[0] } group_by2(@_)) {
internal_error("gtknew $class: $r should be a string in @_");
}
my %opts = @_;
_gtk(undef, $class, 'gtknew', \%opts);
}
sub gtkset {
my $w = shift;
my $class = ref($w);
if (@_ % 2 != 0) {
internal_error("gtkset $class: bad options @_");
}
if (my $r = find { ref $_->[0] } group_by2(@_)) {
internal_error("gtkset $class: $r should be a string in @_");
}
my %opts = @_;
$class =~ s/^(Gtk2|Gtk2::Gdk|mygtk2)::// or internal_error("gtkset unknown class $class");
_gtk($w, $class, 'gtkset', \%opts);
}
sub gtkadd {
my $w = shift;
my $class = ref($w);
if (@_ % 2 != 0) {
internal_error("gtkadd $class: bad options @_");
}
if (my $r = find { ref $_->[0] } group_by2(@_)) {
internal_error("gtkadd $class: $r should be a string in @_");
}
my %opts = @_;
$class =~ s/^(Gtk2|Gtk2::Gdk|mygtk2)::// or internal_error("gtkadd unknown class $class");
_gtk($w, $class, 'gtkadd', \%opts);
}
my %refs;
sub gtkval_register {
my ($w, $ref, $sub) = @_;
push @{$w->{_ref}}, $ref;
$w->signal_connect(destroy => sub {
@{$refs{$ref}} = grep { $_->[1] != $w } @{$refs{$ref}};
delete $refs{$ref} if !@{$refs{$ref}};
});
push @{$refs{$ref}}, [ $sub, $w ];
}
sub gtkval_modify {
my ($ref, $val, @to_skip) = @_;
my $prev = '' . $ref;
$$ref = $val;
if ($prev ne '' . $ref) {
internal_error();
}
foreach (@{$refs{$ref} || []}) {
my ($f, @para) = @$_;
$f->(@para) if !member($f, @to_skip);
}
}
my $global_tooltips;
sub _gtk {
my ($w, $class, $action, $opts) = @_;
if (my $f = $mygtk2::{"_gtk__$class"}) {
$w = $f->($w, $opts, $class, $action);
} else {
internal_error("$action $class: unknown class");
}
$w->set_size_request(delete $opts->{width} || -1, delete $opts->{height} || -1) if exists $opts->{width} || exists $opts->{height};
if (my $position = delete $opts->{position}) {
$w->move($position->[0], $position->[1]);
}
$w->set_name(delete $opts->{widget_name}) if exists $opts->{widget_name};
$w->can_focus(delete $opts->{can_focus}) if exists $opts->{can_focus};
$w->can_default(delete $opts->{can_default}) if exists $opts->{can_default};
$w->grab_focus if delete $opts->{grab_focus};
(delete $opts->{size_group})->add_widget($w) if $opts->{size_group};
if (my $tip = delete $opts->{tip}) {
$global_tooltips ||= Gtk2::Tooltips->new;
$global_tooltips->set_tip($w, $tip);
}
#- WARNING: hide_ref and show_ref are not effective until you gtkval_modify the ref
if (my $hide_ref = delete $opts->{hide_ref}) {
gtkval_register($w, $hide_ref, sub { $$hide_ref ? $w->hide : $w->show });
} elsif (my $show_ref = delete $opts->{show_ref}) {
gtkval_register($w, $show_ref, sub { $$show_ref ? $w->show : $w->hide });
}
if (%$opts && !$opts->{allow_unknown_options}) {
internal_error("$action $class: unknown option(s) " . join(', ', keys %$opts));
}
$w;
}
sub _gtk__Button { &_gtk_any_Button }
sub _gtk__ToggleButton { &_gtk_any_Button }
sub _gtk__CheckButton { &_gtk_any_Button }
sub _gtk_any_Button {
my ($w, $opts, $class) = @_;
if (!$w) {
if (!$opts->{image}) {
add2hash_($opts, { mnemonic => 1 });
}
$w = $opts->{image} ? "Gtk2::$class"->new :
delete $opts->{mnemonic} ? "Gtk2::$class"->new_with_mnemonic(delete $opts->{text} || '') :
"Gtk2::$class"->new_with_label(delete $opts->{text} || '');
$w->{format} = delete $opts->{format} if exists $opts->{format};
}
if (my $image = delete $opts->{image}) {
$w->add($image);
$image->show;
}
$w->set_sensitive(delete $opts->{sensitive}) if exists $opts->{sensitive};
$w->set_relief(delete $opts->{relief}) if exists $opts->{relief};
if (my $text_ref = delete $opts->{text_ref}) {
my $set = sub {
eval { $w->set_label(may_apply($w->{format}, $$text_ref)) };
};
gtkval_register($w, $text_ref, $set);
$set->();
} elsif (exists $opts->{text}) {
$w->set_label(delete $opts->{text});
}
if ($class eq 'Button') {
$w->signal_connect(clicked => delete $opts->{clicked}) if exists $opts->{clicked};
} else {
if (my $active_ref = delete $opts->{active_ref}) {
my $set = sub { $w->set_active($$active_ref) };
$w->signal_connect(toggled => sub {
gtkval_modify($active_ref, $w->get_active, $set);
});
gtkval_register($w, $active_ref, $set);
gtkval_register($w, $active_ref, delete $opts->{toggled}) if exists $opts->{toggled};
$set->();
} else {
$w->set_active(delete $opts->{active}) if exists $opts->{active};
$w->signal_connect(toggled => delete $opts->{toggled}) if exists $opts->{toggled};
}
}
$w;
}
sub _gtk__CheckMenuItem {
my ($w, $opts, $class) = @_;
if (!$w) {
add2hash_($opts, { mnemonic => 1 });
$w = $opts->{image} || !exists $opts->{text} ? "Gtk2::$class"->new :
delete $opts->{mnemonic} ? "Gtk2::$class"->new_with_label(delete $opts->{text}) :
"Gtk2::$class"->new_with_mnemonic(delete $opts->{text});
}
$w->set_active(delete $opts->{active}) if exists $opts->{active};
$w->signal_connect(toggled => delete $opts->{toggled}) if exists $opts->{toggled};
$w;
}
sub _gtk___SpinButton {
my ($w, $opts) = @_;
if (!$w) {
$opts->{adjustment} ||= do {
add2hash_($opts, { step_increment => 1, page_increment => 5, page_size => 1, value => delete $opts->{lower} });
Gtk2::Adjustment->new(delete $opts->{value}, delete $opts->{lower}, delete $opts->{upper}, delete $opts->{step_increment}, delete $opts->{page_increment}, delete $opts->{page_size});
};
$w = Gtk2::SpinButton->new(delete $opts->{adjustment}, delete $opts->{climb_rate} || 0, delete $opts->{digits} || 0);
}
$w->signal_connect(value_changed => delete $opts->{value_changed}) if exists $opts->{value_changed};
$w;
}
sub _gtk__HScale {
my ($w, $opts) = @_;
if (!$w) {
$opts->{adjustment} ||= do {
add2hash_($opts, { step_increment => 1, page_increment => 5, page_size => 1, value => delete $opts->{lower} });
Gtk2::Adjustment->new(delete $opts->{value}, delete $opts->{lower}, (delete $opts->{upper}) + 1, delete $opts->{step_increment}, delete $opts->{page_increment}, delete $opts->{page_size});
};
$w = Gtk2::HScale->new(delete $opts->{adjustment});
}
$w->signal_connect(value_changed => delete $opts->{value_changed}) if exists $opts->{value_changed};
$w;
}
sub _gtk__ProgressBar {
my ($w, $opts) = @_;
if (!$w) {
$w = Gtk2::ProgressBar->new;
}
if (my $fraction_ref = delete $opts->{fraction_ref}) {
my $set = sub { $w->set_fraction($$fraction_ref) };
gtkval_register($w, $fraction_ref, $set);
$set->();
} elsif (exists $opts->{fraction}) {
$w->set_fraction(delete $opts->{fraction});
}
$w;
}
sub _gtk__VSeparator { &_gtk_any_simple }
sub _gtk__HSeparator { &_gtk_any_simple }
sub _gtk__Calendar { &_gtk_any_simple }
sub _gtk__DrawingArea {
my ($w, $opts) = @_;
if (!$w) {
$w = Gtk2::DrawingArea->new;
}
$w->signal_connect(expose_event => delete $opts->{expose_event}) if exists $opts->{expose_event};
$w;
}
sub _gtk__Pixbuf {
my ($w, $opts) = @_;
if (!$w) {
my $name = delete $opts->{file} or internal_error("missing file");
my $file = _find_imgfile($name) or internal_error("can not find image $name");
$w = Gtk2::Gdk::Pixbuf->new_from_file($file);
}
$w;
}
sub _gtk__Image {
my ($w, $opts, $class) = @_;
if (!$w) {
$w = "Gtk2::$class"->new;
$w->{format} = delete $opts->{format} if exists $opts->{format};
}
if (my $name = delete $opts->{file}) {
my $file = _find_imgfile(may_apply($w->{format}, $name)) or internal_error("can not find image $name");
$w->set_from_file($file);
} elsif (my $file_ref = delete $opts->{file_ref}) {
my $set = sub {
my $file = _find_imgfile(may_apply($w->{format}, $$file_ref)) or internal_error("can not find image $$file_ref");
$w->set_from_file($file);
};
gtkval_register($w, $file_ref, $set);
$set->() if $$file_ref;
}
$w;
}
sub _gtk__WrappedLabel {
my ($w, $opts) = @_;
$opts->{line_wrap} = 1;
_gtk__Label($w, $opts);
}
sub _gtk__Label_Left {
my ($w, $opts) = @_;
gtknew('HBox', children_tight => [ _gtk__Label($w, $opts) ]);
}
sub _gtk__Label {
my ($w, $opts) = @_;
if ($w) {
$w->set_text(delete $opts->{text}) if exists $opts->{text};
} else {
$w = exists $opts->{text} ? Gtk2::Label->new(delete $opts->{text}) : Gtk2::Label->new;
$w->set_justify(delete $opts->{justify}) if exists $opts->{justify};
$w->set_line_wrap(delete $opts->{line_wrap}) if exists $opts->{line_wrap};
$w->set_alignment(@{delete $opts->{alignment}}) if exists $opts->{alignment};
$w->modify_font(Gtk2::Pango::FontDescription->from_string(delete $opts->{font})) if exists $opts->{font};
}
if (my $text_ref = delete $opts->{text_ref}) {
my $set = sub { $w->set_text($$text_ref) };
gtkval_register($w, $text_ref, $set);
$set->();
}
$w->set_markup(delete $opts->{text_markup}) if exists $opts->{text_markup};
$w;
}
sub _gtk__Entry {
my ($w, $opts) = @_;
if (!$w) {
$w = Gtk2::Entry->new;
$w->set_editable(delete $opts->{editable}) if exists $opts->{editable};
}
$w->set_text(delete $opts->{text}) if exists $opts->{text};
$w->signal_connect(key_press_event => delete $opts->{key_press_event}) if exists $opts->{key_press_event};
$w;
}
sub _gtk__TextView {
my ($w, $opts, $_class, $action) = @_;
if (!$w) {
$w = Gtk2::TextView->new;
$w->set_editable(delete $opts->{editable}) if exists $opts->{editable};
$w->set_wrap_mode(delete $opts->{wrap_mode}) if exists $opts->{wrap_mode};
$w->set_cursor_visible(delete $opts->{cursor_visible}) if exists $opts->{cursor_visible};
}
_text_insert($w, delete $opts->{text}, append => $action eq 'gtkadd') if exists $opts->{text};
$w;
}
sub _gtk__ComboBox {
my ($w, $opts, $_class, $action) = @_;
if (!$w) {
$w = Gtk2::ComboBox->new_text;
$w->{format} = delete $opts->{format} if exists $opts->{format};
}
my $set_list = sub {
$w->{formatted_list} = $w->{format} ? [ map { $w->{format}($_) } @{$w->{list}} ] : $w->{list};
$w->get_model->clear;
$w->append_text($_) foreach @{$w->{formatted_list}};
};
if (my $list_ref = delete $opts->{list_ref}) {
!$opts->{list} or internal_error("both list and list_ref");
my $set = sub {
$w->{list} = $$list_ref;
$set_list->();
};
gtkval_register($w, $list_ref, $set);
$set->();
} elsif (exists $opts->{list}) {
$w->{list} = delete $opts->{list};
$set_list->();
}
if ($action eq 'gtknew') {
if (my $text_ref = delete $opts->{text_ref}) {
my $set = sub {
my $val = may_apply($w->{format}, $$text_ref);
eval { $w->set_active(find_index { $_ eq $val } @{$w->{formatted_list}}) };
};
$w->signal_connect(changed => sub {
gtkval_modify($text_ref, $w->{list}[$w->get_active], $set);
});
gtkval_register($w, $text_ref, $set);
gtkval_register($w, $text_ref, delete $opts->{changed}) if exists $opts->{changed};
$set->();
} else {
my $val = delete $opts->{text};
eval { $w->set_active(find_index { $_ eq $val } @{$w->{formatted_list}}) } if defined $val;
$w->signal_connect(changed => delete $opts->{changed}) if exists $opts->{changed};
}
}
$w;
}
sub _gtk__ScrolledWindow {
my ($w, $opts, $_class, $action) = @_;
if (!$w) {
$w = Gtk2::ScrolledWindow->new(undef, undef);
$w->set_policy(delete $opts->{h_policy} || 'automatic', delete $opts->{v_policy} || 'automatic');
}
my $faked_w = $w;
if (my $child = delete $opts->{child}) {
if (member(ref($child), qw(Gtk2::Layout Gtk2::Text Gtk2::TextView Gtk2::TreeView))) {
$w->add($child);
} else {
$w->add_with_viewport($child);
}
$child->set_focus_vadjustment($w->get_vadjustment) if $child->can('set_focus_vadjustment');
$child->set_left_margin(6) if ref($child) =~ /Gtk2::TextView/;
$child->show;
$w->child->set_shadow_type(delete $opts->{shadow_type}) if exists $opts->{shadow_type};
if (ref($child) eq 'Gtk2::TextView' && delete $opts->{to_bottom}) {
$child->{to_bottom} = _allow_scroll_TextView_to_bottom($w, $child);
}
if ($action eq 'gtknew' && ref($child) =~ /Gtk2::TextView|Gtk2::TreeView/) {
$faked_w = gtknew('Frame', shadow_type => 'in', child => $w);
}
}
$faked_w;
}
sub _gtk__Frame {
my ($w, $opts) = @_;
if ($w) {
$w->set_label(delete $opts->{text}) if exists $opts->{text};
} else {
$w = Gtk2::Frame->new(delete $opts->{text});
$w->set_border_width(delete $opts->{border_width}) if exists $opts->{border_width};
$w->set_shadow_type(delete $opts->{shadow_type}) if exists $opts->{shadow_type};
}
if (my $child = delete $opts->{child}) {
$w->add($child);
$child->show;
}
$w;
}
sub _gtk__Window { &_gtk_any_Window }
sub _gtk__Dialog { &_gtk_any_Window }
sub _gtk__Plug { &_gtk_any_Window }
sub _gtk_any_Window {
my ($w, $opts, $class) = @_;
if (!$w) {
if ($class eq 'Window') {
$w = "Gtk2::$class"->new(delete $opts->{type} || 'toplevel');
} elsif ($class eq 'Plug') {
$opts->{socket_id} or internal_error("can not create a Plug without a socket_id");
$w = "Gtk2::$class"->new(delete $opts->{socket_id});
} else {
$w = "Gtk2::$class"->new;
}
$w->set_modal(delete $opts->{modal}) if exists $opts->{modal};
$w->set_transient_for(delete $opts->{transient_for}) if exists $opts->{transient_for};
$w->set_border_width(delete $opts->{border_width}) if exists $opts->{border_width};
$w->set_shadow_type(delete $opts->{shadow_type}) if exists $opts->{shadow_type};
$w->set_position(delete $opts->{position_policy}) if exists $opts->{position_policy};
$w->set_default_size(delete $opts->{default_width} || -1, delete $opts->{default_height} || -1) if exists $opts->{default_width} || exists $opts->{default_height};
my $icon_no_error = $opts->{icon_no_error};
if (my $name = delete $opts->{icon} || delete $opts->{icon_no_error}) {
if (my $f = _find_imgfile($name)) {
$w->set_icon(gtknew('Pixbuf', file => $f));
} elsif (!$icon_no_error) {
internal_error("can not find $name");
}
}
}
$w->set_title(delete $opts->{title}) if exists $opts->{title};
if (my $child = delete $opts->{child}) {
$w->add($child);
$child->show;
}
$w;
}
sub _gtk__MagicWindow {
my ($w, $opts) = @_;
my $pop_it = delete $opts->{pop_it} || !$::isWizard && !$::isEmbedded || $::WizardTable && do {
#- do not take into account the wizard banner
any { !$_->isa('Gtk2::DrawingArea') && $_->visible } $::WizardTable->get_children;
};
my $sub_child = delete $opts->{child} or internal_error("missing child");
my $provided_banner = delete $opts->{banner};
if ($pop_it) {
$opts->{child} = $::isInstall ?
gtknew('Frame', shadow_type => 'out',
child => gtknew('Frame', shadow_type => 'none', border_width => 3, child => $sub_child)) :
$sub_child;
$w = _create_Window($opts);
} else {
if (!$::WizardWindow) {
my $banner;
if (!$::isEmbedded && !$::isInstall && $::Wizard_title) {
if (_find_imgfile($opts->{icon_no_error})) {
$banner = Gtk2::Banner->new($opts->{icon_no_error}, $::Wizard_title);
} else {
log::l("ERROR: missing wizard banner $opts->{icon_no_error}");
}
}
$::WizardTable = gtknew('VBox', if_($banner, children_tight => [ $banner ]));
if ($::isEmbedded) {
add2hash($opts, {
socket_id => $::XID,
child => $::WizardTable,
});
$::Plug = $::WizardWindow = _gtk(undef, 'Plug', 'gtknew', $opts);
sync($::WizardWindow);
} else {
add2hash($opts, {
child => gtknew('Frame', shadow_type => 'out', child => $::WizardTable),
});
$::WizardWindow = _create_Window($opts);
}
} else {
%$opts = ();
}
set_main_window_size($::WizardWindow);
$w = $::WizardWindow;
gtkadd($::WizardTable, children_tight => [ $provided_banner ]) if $provided_banner;
gtkadd($::WizardTable, children_loose => [ $sub_child ]);
}
bless {
real_window => $w,
child => $sub_child, pop_it => $pop_it,
if_($provided_banner, banner => $provided_banner),
}, 'mygtk2::MagicWindow';
}
sub _gtk__FileSelection {
my ($w, $opts) = @_;
if (!$w) {
$w = Gtk2::FileSelection->new(delete $opts->{title} || '');
gtkset($w->ok_button, %{delete $opts->{ok_button}}) if exists $opts->{ok_button};
gtkset($w->cancel_button, %{delete $opts->{cancel_button}}) if exists $opts->{cancel_button};
}
$w;
}
sub _gtk__FileChooser {
my ($w, $opts) = @_;
#- no nice way to have a {file_ref} on a FileChooser since selection_changed only works for browsing, not file/folder creation
if (!$w) {
my $action = delete $opts->{action} || internal_error("missing action for FileChooser");
$w = Gtk2::FileChooserWidget->new($action);
my $file = $opts->{file} && delete $opts->{file};
if (my $dir = delete $opts->{directory} || $file && dirname($file)) {
$w->set_current_folder($dir);
}
if ($file) {
my $meth = $action =~ /save|create/ ? 'set_current_name' : 'set_filename';
$w->$meth($file);
}
}
$w;
}
sub _gtk__VBox { &_gtk_any_Box }
sub _gtk__HBox { &_gtk_any_Box }
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